A NONPARAMETRIC COMPARISON OF THE STRUCTURE OF TWO
MULTIPLE-REGRESSION PREDICTION SITUATIONS
by
Ibrahim Salama and Dana Quade
Department of Biostatistics
University of North Carolina at Chapel Hill
Institute of Statistics Mimeo Series No. 1325
January 1981
•
A NONPARAMETRIC COMPARISON OF THE STRUCTURE OF TWO
MULTIPLE-REGRESSION PREDICTION SITUATIONS
by
Ibrahim Salama and Dana Quade
University of North Carolina
January 1981
a paper contributed to The Biometric Society (ENAR)
meeting at Richmond, Virginia on 25 March 1981
•
1.
INTRODUCTION
Suppose we have samples from two populations in which we wish to
study the relationship between a response variable
variables
Xl' X2 , . . . , X ,
m
Y and the regressor
The question of interest is whether the
two populations are "similar" with respect to predicting
XIS.
Y from the
By this, however, we do not mean that the regression aoeffiaients
must be similar; the observable variables may only be proxies for
unobservable underlying variables, measured on different scales.
Rather, we are concerned with the ordering of the
One way of establishing an ordering of the
a stepwise regression.
XIS
XIS
by importance.
is by performing
This may be either forward selection or backward
elimination, but we shall assume that once a variable is added it
cannot later be dropped, or once eliminated it cannot be restored.
we produce a ranking of the
XIS
Thus
in each sample, and the similarity
of the two populations can be measured by the corresponding rank correlation.
As we see it, however, the standard rank correlation coefficients
are not ideal for this purpose, because they give equal weight to all
the observations.
For example, suppose we have three regressors
Xl' X , X , and in one sample the stepwise procedure selects them in
2
3
precisely that order. Consider two cases for the order in the second
sample:
(a)
Xl' X , X , and (b) X , Xl' X . Either of these cases
2
3
2
3
produces the same rank correlation by the usual methods. Surely, however,
it is reasonable to say that case (a), where the two samples agree on the
first regressor, represents more similarity between the samples than
case (b), where they disagree on the first regressor and agree instead
on the last.
~
Thus we seek a rank correlation coefficient which gives
greater weight to the observations of low rank than those of high rank.
-2Let
for
R..
1J
i=l, ... ,m
be the rank of the i-th variable in the j-th population,
and
And let
j=1,2.
T
=
ki
II
if max (R i l ,
lo otherwise
R
i2 )
k
~
,
and
Then
Tk
is the number of regressors which the two regressions have
in common at the k-th step.
Intuitively,
T
k
mea,sures the similarity
of the two populations at the k-th step of the regressions.
two populations were identical we would expect
as the most likely result.
=k
for
k=l, ... ,m
T = k for
k
we would have a strong indication that the two populations are
k=l, ... ,m,
similar.
T
k
If the
Alternatively, if we found
A considerable deviation from this situation would reflect
a high degree of non-similarity.
As a measure of the similarity over all
k
steps we propose the
statistic
m
T =
l
Tk/k
k=l
in which
T
k
is divided by
importance of the steps.
k
in order to reflect the decreasing
It is clear that the maximum value of
occurs if the two samples yield the same ranking of the
case
Tk = k
for all
k, and
(though not only if) the
T = max(O, 2k-m),
k
XIS
T = m.
are in reverse order.
m
l
k=l
in which
The minimum value occurs if
so that the minimum value of
t(m) =
XIS,
T
max(O, 2k-m)/k
T
Then each
is
-3-
We remark that the value of
t(m)/m
is the same for each even integer
m as for the following odd integer; for example,
t(2)/2
::
t(3)/3
::
1/2 ,
t(4)/4
::
t(5)/5
::
5/12
t(6)/6
::
t(7)/7
::
23/60
t(8)/8
::
t(9)/9
::
307/840
Also, it is not difficult to show that
t(m)/m
is nonincreasing in
m,
and
lim t (m)
-::
IJt+oo
Thus we could rescale
T
m
to lie in the range
(-1, 1), obtaining a
rank correlation coefficient
2 (m-T)
C :: 1 -
m loge 2
but we shall not bother to do this in what follows.
It is also interesting to note that if we had not divided each
by
k,
but used instead
m
S =
LT
k::l k
then
S :: m(m+l)
2
D
2
where
m
D::
~
L IRil
i::l
see Salama (1981) for a proof.
- Ri21
Tk
-4-
The standardized version of the metric
D is the rank correlation
~
coefficient known as Spearman's footrule.
II.
A TEST FOR SIMILARITY
Recalling that
is the rank of the i-th variable in the
R..
I)
j-th population. let
p~j) =
lr
P{R ..
1)
= d.
for
j=1.2
Then we can write the expectation of
Tki
and
i.r=l •...• m.
as
I p~2)]
I
E[T .] = [
pP)] [
kl
r=l lr
r=l lr
so that a general expression for the expectation of the statistic
E[T]
=
~
!
~ [ ~ pI~)] [r=l~ p~~)]
k=l k i=l r=l
II
We shall say that the j-th population has uniform pegpession
str-uctupe if
p~j)
lr
- -m1
for
i.r=l •...• m.
in which case
I p~j)
r=l lr
k
m
and hence. whatever the structure of the other population.
E[T]
=
~ !.I [~) [r=l~ p~~-j)]
k=l k 1=1
=!
1 I 1p~3-j)
m k=l r=l i=l lr
1 m
k
L L (1)
=-
m k=l r=l
= m+l
2
T is
-5-
A special case of this is random regression structure, where all rankings
4It
of the
are equally likely; the null hypothesis which we shall
XIS
test using
T is that this is true for at least one of the
populations.
The alternative we have in mind, that the two populations are
"similar", may now be defined more precisely as that they have non-uniform
identicaZ regression structures.
This means that
= p~2)
= p.J.r
J.r
where
Pir
+ 11m
for
i, r=l, ... ,m
for at least one (i,r).
E[T]
= mI l mI
k
k
Ik p.
[
Then
]2
k=l k i=l r=l J.r
.
However, since
m
I
I
i=l r=l
Pir =
I
m
I
k
p.
r=l i=l J.r
= I
(1)
=k
r=l
is fixed, it follows that
m [ k
]2
I
l
Pir
i=l r=l
with the lower bound holding if and only if the common regression structure
were uniform.
Hence under the alternative
E[T] > m+1
2
Thus our test statistic has a greater mean under the alternative
(identical non-uniform regression structures for the two populations)
than under the hypothesis (random regression structure for at least
one of them).
Let us now consider higher moments under the null hypothesis.
Suppose
l~k~k'~k"~m;
then we have
-6-
E[T
ki
]
= (-mkJ 2 •
(~J 2
k(k'-1))2
[m(m-l)
if
i=i'
if
i~i'
k (k" -1) ] 2
[ m(m-l)
k (k' -1
[
m(m-l)
)J 2
k(k'-I)(k"-2)j2
m(m-l) (m-2)
[
If we write
then a little algebra will show that
and
Thence finally we can calculate
V[T]
m+l
12
if
i=i'=i"
if
i=i'fi"
if
or
i=i"fi'
i'=i"Ti
if
i,i',i"
all distinct
.
-7-
and
3
\Il
1
m -12mk~1 k +17m-6
24 (m-l) (m-2)
= m+3 + 0(1)
24
Table 1 presents exact critical values of T for Type I error
probability
m=5(1)15.
a=.lO, .05, .025, .01, and .005
The Appendix presents the entire exact null-hypothesis
distributions of T for
for
and number of variables
m=11(1)15.
m=3(1)10, and selected values from the distributions
For values beyond the range of the table there is a
normal approximation:
Specifically, we may refer
z=
T-E[T]
=T
(V [T]) 1/2
m+l
-
2
_Jm+1
1 12
to a table of the standard normal distribution.
This approximation ignores the positive skewness in the distribution of
T,
however, and thus generally produces P-values which are too small
(anti-conservative).
Another possibility is to treat a linear function of
chi-squared.
X2 (d),
That is, to have
(a+bT)
T as a
approximately distributed as
we equate the first three central moments:
a + b(mi 1) = d .
b2(~;lJ
= 2d
,
b3(~;ll = 8d
Note that for convenience the exact third moment of
(a+bT)
has been
-8-
replaced by a slightly lower value.
4
a = - -(m+l),
thesE~
Solving
b = 8,
equations yields
d = .~Jm+l)
3
3
or
4
2 8
8T - 3(m+l) - X (3(m+l))
This approximation fits two moments exactly and the third fairly well,
but it involves fractional degrees of freedom
unlE~ss
(m+l)
is a
multiple of 3.
As an example illustrating these approximations we consider the
case
m=14.
Given any observed
T,
the normal approximation to the
P-value is
p{z ~ (T-7.5)/If:25}
where Z - N(O,l) ,
and the chi-squared approximation is
Then we have:
T
Exact
P-value
Normal
Approximation
Chi-squared
Approximation
9
.10132
.08986
.09682
9.5
.05061
.03682
.04781
10
.02263
.01267
.02187
10.5
.00846
.00365
.00934
For this number of variables
(m=14),
the normal approximation is
strongly anticonservative, but the chi-squared approximation appears
adequate for practical purposes.
A more detailed investigation of the
-9-
normal approximation is provided in the Appendix.
III.
EXTENSIONS AND DISCUSSION
Although we have proposed the statistic
T as an index for
comparing the rankings of the regressors in two populations, it is
equally well suited for comparing the ranking observed in a single
population with some prespecified ranking.
There is no loss in
generality in relabeling the variables so that the prespecified
ranking becomes
1, ...
,m.
Let
R·1
be the observed rank of the
i-th variable, with
p.
Ir
= P{R. = r}
1
for
r=l, ... ,m
Then a little algebra will establish that
m 1 k
we
E[T]
= I k I
k=l
with
E[T] = (m+l)/2
k
I
i=l r=l
Pir
if the population has uniform regression structure.
Thus we may test the hypothesis of random regression structure, under
which
T has the same distribution already discussed, against the
alternative that
E[T] > (m+l)/2.
The statistic
T can also be used to test for similarity of
regression structure among
n>2
populations.
Let
T(ij)
be the
statistic calculated from the observed results for populations
and
j,
where
i,j=l, ... ,n.
i
Then an intuitively reasonable test statistic
is
T
2
II
=---
n(n-l)
e
Suppose the
Then
n
T(i j ) .
i<j
populations all have identical regression structures.
T can be viewed as a U-statistic of degree 2.
Thus, if we let
-10lJ
= E[T(12)]
n
= V[T]
F;
= E[(T(12)_lJ) (T(13)_lJ)]
and
e
we obtain
E [T]
= lJ,
V[T]
=
4(n-2)F;+2n
n(n-1)
Under the null hypothesis of random regressil:>n structure in all
populations, we have
m+1
lJ = 2
n=
m+1
12
F;
=0
so
E [T]
Since
m+1
2
V[T]
e-
m+l
= ~~-:­
6n(n-l)
F;=O, the asymptotic distribution of
T
is not normal; however,
following Quade (1972, page 23) we can obtain a chi-squared approximation
which fits three moments.
Let
and
then
B(T-lJ)+D
is approximately distributed as chi-squared with
D degrees of freedom, where
B
=
2n(n-1)n.
2(n-2)w+8
3
D = _4.;.;.n~(..:.:.n_-~l::..o)~n~
[2(n-2)w+8]2
-11-
Some algebra will establish that
convenient to replace this by
value of
e
by
(m+l)/24
w = m(m+l)/48(m-l)
(m+l)/48.
exactly; it is
Then, replacing the exact
as before, we obtain
B = 4n,
D = 4n(m+l)
3(n-l)
or
4n{T _ (m+l)(3n-S)}
6(n-l)
. :., x2(4n(m+l))
.
3 (n-l)
Note that this agrees with the previous result for
n=2.
The comparison of multiple-regression prediction situations is,
of course, not the only context in which a weighted correlation statistic
such as
T might be useful; one can imagine other cases in which the
closeness of the relationship among the first-ranked variables is
-e
more important than among those ranked later.
reasonable statistic.
Nor is
T the only
For instance, instead of modifying Spearman's
footrule as we have done, consider modifying Spearman's rho,
which has the formula
I:(R
R = 1 s
il
-R
i2
)2
(m 3 -m)/6
to
I:(R
R* = 1 s
It is easily shown that
R*
s
2
-R ) /R il R
il i2
i2
(m+l)I: Iii - 2m
has maximum value 1 when the two rankings
are identical, minimum value -1 when they are opposite, and expectation
o if
either population has random rank structure.
how to choose among
T,
R*
s'
It is not clear, however,
and the innumerable other possibilities.
-12IV.
EXAMPLE
This research was inspired by the following problem in demography.
Macmana1ytic studies of the relative role of dev,e10pment variables in
fertility change are usually based on cross-sectional aggregate data
for multiple countries.
Various statistical techniques are applied in
an attempt to study fertility determinants.
Ornran and Salama (1980) drew
attention to the point that the countries involved in the study may
belong to different transition models, among which the dynamics of
fertility (and mortality) change may vary.
The models referred to in
this study are as described by the epidemiologic transition theory of
Ornran (1971 and 1977).
In that theory, several transition models are
identified and characterized according to the pace and dynamics of
mortality and fertility change in different societal settings.
The
classical model represents the health and demographic transition in
western societies over the last two centuries.
A variant of this model
was described for Japan and several eastern European countries where
fertility decline was accelerated (by induced abortion:
"accelerated model" for the epidemiologic transition).
hence the name
In the less
developed countries, the mortality transition was delayed until well
into the twentieth century, while fertility maintained high levels.
A variant of this, the "delayed model" for the transition, is described
for a number of less developed countries where fertility started to decline
in the mid 1960's and/or thereafter.
This last model will be referred to
as the "transitional" variant of the delayed model.
The data used in the study (Ornran and Salama, 1980) involved 22
variables representing different socioeconomic factors affecting fertility.
To test for similarity between the transitional and delayed groups
e
-13-
with respect to the way fertility depends on the development variables,
~e
following set of variables was used:
Y:
Crude birth rate
Xl:
Infant mortality rate
X2:
Percent literate of these over 15 years
X3:
Percent of population employed in agriculture
X4:
Gross national product per capita (in U.S. dollars)
X5:
Percent female of labor force
A stepwise linear regression procedure was used to indicate the importance
of each variable in explaining fertility as measured by crude birth rate.
The results are given (Omran and Salama, 1980) in Table 2.
see that the values of
T
-e
T
k
are (0, 0, 1, 3, 5), yielding
=Q+ Q + l
1
We
2
+
~
+
~
= 2.083.
345
This is in fact the smallest possible value for
T,
reflecting the
maximum discrepancy between the two groups of countries.
Thus we claim
that they are not similar with respect to the way in which fertility
depends on the set of developmental variables listed above.
ACKNOWLEDGEMENT
The work of the first author was sponsored by grant HD07l02
from the National Institute of Child Health and Human Development.
REFERENCES
A.R. Omran (1971) '~he epidemiologic transition: a theory of the
epidemiology of population change" Milbank Memorial Fund Quarterly 49:
509-538.
A.R. Omran (1977) "Epidemiologic transition in the U.S.: the health
factor in population change" Population Bulletin 32.
-14-
A.R. Omran and I.A. Salama (1980) "Macroanalytic study of development
and fertility: consideration of transition models" (to appear).
D. Quade (1972) "Average internal rank correlation" Report SW 16/72
of the Mathematical Center, Amsterdam.
LA. Salama (1981) "A note on Spearman's footrule" (unpublished
manuscript).
-15-
Table 1
CRITICAL VALUES OF THE TEST STATISTIC T
Type I Error Probability, a
Number of
Variables
.-
m
.100
.050
.025
.010
.005
.001
5
4.000
4.500
4.667
5.000
6
4.750
5.000
5.250
5.550
5.750
7
5.167
5.550
5.883
6.183
6.417
6.667
8
5.740
6.107
6.440
6.800
7.050
7.407
9
6.290
6.699
7.032
7.415
7.649
8.125
10
6.814
7.263
7.639
8.037
8.296
8.782
11
7.37
7.83
8.21
8.66
8.93
12
7.92
8.39
8.80
9.25
9.55
13
8.47
8.95
9.37
9.85
10.16
14
9.02
9.51
9.95
10.44
10.77
15
9.56
10.07
10.52
11. 03
11.37
-16-
e
Table 2
ORDER OF APPEARANCE OF VARIABLES IN TWO STEPWISE REGRESSIONS
Transitional
Delayed
T
k
I
X3
X2
0
2
Xl
XS
0
3
X4
X3
I
4
X2
Xl
3
5
XS
X4
5
Step. k
-17-
Table 3
~
ABSOLUTE ERROR (AE) AND RELATIVE ERROR (RE) IN THE NORMAL APPROXIMATION
P-value by Normal Approximation, p*
Number of
Variables
m
0_
.200
.150
.100
.050
.025
.010
.016
1.7
5
AE
RE
.02
.099
.039
.27
.078
.80
.042
.85
.036
1.6
6
AE
RE
.016
.078
.015
.10
.035
.34
.016
.31
.017
.68
7
AE
RE
.006
.03
.007
.047
.02
.19
.026
.50
.018
.70
.012
1.2
8
AE
RE
-.002
-.0097
.016
.10
.017
.17
.021
.40
.02
.78
.011
1.1
9
AE
RE
.011
.073
.016
.15
.021
.41
.017
.66
.011
1.1
10
AE
RE
-.0077
-.038
.0041
.026
.015
.15
.019
.38
.016
.64
.011
1.1
11
AE
RE
-.0047
-.023
.0039
.025
.012
.12
.017
.33
.014
.57
.01
1. 00
12
AE
RE
-.0036
-.018
.0029
.019
.011
.10
.016
.31
.014
.57
.0097
.94
13
AE
RE
-.0032
-.016
.0034
.022
.011
.10
.015
.30
.013
.53
.0094
.91
14
AE
RE
-.0032
-.017
.0031
.020
.0099
.095
.014
.28
.013
.52
.0091
.88
15
AE
RE
-.0031
-.016
.0029
.019
.0093
.089
.013
.27
.012
.49
.0088
.85
.00046
.0023
.0085
.77
-18APPENDIX
A.
DESCRIPTION OF THE EXACT TABLES
For m = 3(1)10
of T.
of T
the exact tables give the complete distribution
In each table, the first column gives
t,
a possible value
(to 3 DP), the second column gives the corresponding standardized
normal deviate
z=
t- m+l
t-E[T]
2
=-~-
~~;l
(V [T]) 1/2
(also to 3 DP) and the third column gives
P =
(to 8 DP).
p{T
~
t} .
Note that because of roundoff errors the values
of P
may be inflated by as much as 1 unit in the 7th DP.
For m = 11(1)]5
selected values for
of T for which
which
are
B.
Z <
3.1,
P
the layout of the tables is the same, but only
T are provided.
<
.25,
Let
t L be the smallest value
t u the largest value of T for
and
both rounded to 2 DP.
Then the values of
t
shown
tL(·OI)t u
METHOD OF COMPUTATION OF THE EXACT TABLES
Given that
H is true, and that there are
O
samples, we have
P{T
P{T
Now suppose we have found
I
I
=
O}
=
m-l
m
1
= I} =
m
m variables and 2
-19-
{t l , t 2 , . . . , t }. Then the conditional
k
distribution of Tk +l may be derived as follows. Define 4 sets of
for all possible combinations
variables:
Note that
A contains
variables each, and
C or
D,
= h:
Ril$k and Ri2 $k}
B
= h:
Ril$k but Ri2 >k}
C
= h:
Ril>k but Ri2 $k}
D
= h:
Ril >k and R >k}
i2
t k variables,
Band
D contains the remaining
Then at the next step
from
A
C contain
(m-2k+t k )
(k-t )
k
variables.
(k+l), the variable chosen in Sample 1 must be
and that chosen in Sample 2 must be from
B or
D.
We have the following possibilities:
Variable
in Sample 1
from:
Variable
in Sample 2
from:
Probability
X(m-t k )2
(k-t ) 2
k
Resulting
value of Tk+l
t +2
k
C
B
C
D
(k-t k ) (m-2k+t k )
tk+l
D
B
(k-t k ) (m-2k+t )
k
tk+l
D [different]
variables
same ]
D [variable
D
(m-2k+tk) (m-2k+tk-l)
tk
D
(m-2k+t k )
Sununing up,
(m-2k+t k ) (m-2k+t -l)
k
(m-tk)
2
tk+l
-20P{T k+l
P{T k+l
::
::
tk+l}
t +2}
k
(m-2k+t k ) (2k-2t k+l)
::
(m-t k ) 2
(k-t k ) 2
::
(m-t k ) 2
This provides the recursive relationships by which the exact tables
were calculated.
It may be seen, by the way, that the values assumed by
and their respective probabilities depend only on
{T I , T , . . . , T}
2
m
C.
t .
k
T +
k l
Thus
is in fact a Markov chain.
INVESTIGATION OF THE NORMAL APPROXIMATION
Let
P be the exact P-value, and
given by the normal approximation.
the corresponding value
Pi<
Define the absolute error as
e-
AE::P- Pi<
and the relative error as
RE
P -
pt
= ---
Table 3 presents values of
AE
RE
for
pt
.050, .025, .010)
m:: 5(1)15.
For
t*~.. 15
and for
and
r1'
approximation is always anti-conservative:
= (.200, .150, .100,
that is, it provides
P-values which are smaller than the exact ones.
This is because it
ignores the positive skewness of the true distribution.
relative error is still more than 25% at
for
the noma1
The actual
a:: .05, and 50% at
a:: .01,
m equal to 15, which is the limit of our exact tabulation.
This
suggests that the chi-squared approximation of the text will be useful
even for fairly large
m.
-21-
m=6
m=3
T
e
1.500
2.000
2.500
3.000
Z
-0.866
0.0
0.866
1.732
P
1.0000DDOO
0.50000000
0.33333333
0.16666067
•
m=4
T
1.667
2.167
2.500
2.667
3.000
3.167
3.500
3.667
4.000
.-
~
Z
-1. 291
-0.516
0.0
0.258
0.775
1.033
1.549
1.807
2.324
p
1.00000000
0.83333334
0.45833331
0.33333337
0.29166671
0.25000004
0.12500005
0.08333339
0.04166672
m=5
T
Z
P
2.083
2.417
2.583
2.667
2.917
3.167
3.250
3.417
3.500
3.583
3.667
3.750
3.917
4.000
4.167
4.250
4.417
4.500
4.667
4.750
5.000
-1.296
-0.825
-0.589
-0.471
-0.118
0.236
0.354
0.589
0.107
0.825
0.943
1.061
1.296
1.414
1.650
1.768
2.003
2. 121
2.]57
2.475
2.828
1.00000000
0.83333334
0.73333335
0.63333336
0.60000002
0.37500004
0.30000004
0.27500004
0.25000004
0.22500005
0.19166671
0.18333338
0.17500005
0.10000005
0.09166672
0.06666672
0.05833339
0.03333339
0.02500006
0.01666673
0.00833339
T
2.300
2.633
2.883
2.967
3.083
3.133
3.217
3.383
3.417
3.467
3.583
3.667
3.717
3.917
3.967
4.050
4.133
4.167
4.217
4.250
4.300
4.383
4.417
4.467
4.500
4.550
4.583
4.667
4.717
4.750
4.800
4.917
4.907
5.000
5.050
5.167
5.217
5.250
5.300
5.417
5.467
5.500
5.550
5.667
5.750
5.800
6.000
Z
-1.571
-1. 135
-0.807
-0.698
-0.546
-0.480
-0.371
-0.153
-0.109
-0.044
0.109
0.218
0.284
0.546
0.611
0.720
0.829
0.873
0.938
0.982
1.047
1. 157
1.200
1.266
1.309
1.375
1.418
1.528
1.593
1.637
1.102
1.855
1.920
1.964
2.029
2.182
2.248
2.291
2.357
2.510
2.575
2.619
2.684
2.837
2.946
3.011
3.273
P
1.00000000
0.95000000
0.81111114
0.72777781
0.70555559
0.67777782
0.59444450
0.54444451
0.49444451
0.47777785
0.42222230
0.405555E4
0.40000008
0.28750010
0.25000011
0.23194455
0.21944455
0.19166678
0.17916678
0.16666678
0.16250012
0.15833345
0.1~160679
0.13150012
0.11944457
0.11527790
0.11111123
0.10555568
0.10416679
0.06666679
0.06527790
0.06388902
0.05138902
0.04166680
0.04027791
0.03611124
0.03194458
0.01944458
0.0 18G 5569
0.01666680
0.01250013
0.01111124
0.00912236
0.00555569
0.00416680
0.00217791
0.00138902
-22-
-.
m=7
T
2.683
2.933
3.017
3.133
3.267
1.300
3.461
3.511
3.600
3.633
3.717
3.767
3.800
3.850
3.883
3.917
3.967
4.017
4.050
4.083
4.100
4.133
4.217
4.250
4.300
4.350
4.383
4.417
4.461
4.500
4.517
4.550
4.583
4.600
4.667
4.683
4.717
4.750
4.767
4.800
4.850
4.883
4.917
11.967
5.000
5.017
5.050
5.050
5.083
5.100
5.133
Z
-1.613
-1.306
-1.20'-1.061
-0.898
-0.857
-0.653
-0.592
-0.490
-0.449
-0.341
-0.286
-0.245
-0.184
-0.143
-0.102
-0.041
0.020
0.061
0.102
0.122
O. 163
0.265
0.306
0.367
0.429
0.469
0.510
0.572
0.612
0.633
0.614
0.714
0.735
0.816
0.837
0.878
0.919
0.939
0.980
1.041
1.082
1.123
1. 184
1.225
1.245
1.286
1. ;286
1.327
1.3~7
1.388
P
1.00000000
0.95000001
0.91428574
0.87857146
0.85114289
0.15793656
O~ 15079311
0.69126991
0.65396833
0.63809532
0.61825405
0.58253971
0.52301598
0.51349217
0.50396836
0.49206360
0.48809535
0.44920647
0.43968266
0.41825410
0.41428585
0.37857157
0.36666681
0.33809539
0.33571444
0.31190492
0.29047635
0.28333350
0.21851159
0.27063509
0.26984144
0.26269858
0.214,.8431
0.21210336
0.20813510
0.20734145
0.20496050
0.18888907
0.18353193
0.16369061
0.15595257
0.15351162
0.14821448
0.14285734
0.12831321
0.12658750
0.12341290
0.11805576
0.11.621004
0.11567480
0.10317004
T
5.167
5.183
5.217
5.250
5.250
5.300
5.300
5.333
5.350
5.383
5.417
5.467
5.500
5.500
5.550
5.550
5.583
5.600
5.633
5.667
5.683
5.717
5.750
5.750
5.800
5.800
5.833
5.850
5.883
5.917
5.967
6.000
6.000
6.050
6.050
6.083
6.133
6.167
6.183
6.217
6.250
6.250
6.300
6.300
~). 333
6.383
6.417
6.467
6.500
6.500
fi.550
Z
1.429
1••49
1.490
1.531
1.531
1.592
1.592
1.633
1.653
1.694
1.135
1.196
1.837
1.837
1.898
1.898
1.939
1.960
2.000
2.041
2.062
2. 102
2.143
2.143
2.205
2.205
2.245
2.266
2.301
2.347
2.409
2.449
2.449
2.511
2.511
2.552
2.613
2. 654
2.674
2.115
2.756
2.756
2.811
2.817
2.858
2.919
2.960
3.021
3.062
3.062
3.123
p
0.09801608
0.09623036
0.09543671
0.08650814
0.08591290
0.08531167
0.07757957
0.07698433
0.07638910
0.06924624
0.06501957
0.06369069
0.06111132
0.06091291
0.06031767
0.04J424624
0.04365101
0.04265894
0.03869069
0.03809545
0.03789704
0.03710339
0.03174625
0.02996053
0.02976212
0.02559545
0.02539704
0.02519863
0.02281768
0.02103196
0.01924625
0.01785736
0.01726212
0.01106371
0.01170657
0.01111133
0.01091292
0.01031168
0.00972244
0.00892879
0.00714308
0.00654784
0.00634943
0.00575419
0.00555578
0.00535736
0.00357165
0.00297641
0.00277800
0.00257959
0.00238118
e
•
e"
e
-23-
e
•
•
m=7(continued)
T
6.583
6.633
6.667
6.750
6.800
6.833
7.000
Z
3.164
3.225
3.266
3.368
3.429
3.470
3.674,
P
0.00178594
0.00158752
0.00099229
0.00079387
0.00059546
0.b0039705
0.00019864
-24-
m=8
T
2.924
3-174
3.374
.... 24
'.507
"SliD
3.624
3.683
3.101
3.757
3.790
3.824
3.874
3.933
3.957
3.990
4.007
4.017
4.090
4.124
4.133
4.157
4.207
4.257
4.267
4.290
4.300
4.324
4.374
4.407
4.457
4.467
4.490
4.490
4.517
4.540
4.574
4.590
4.600
4.624
4.633
4.651
4.707
'.717
11.740
4.740
4.167
4.774
4.790
4.800
4.824
Z
-1.820
-1. 531
-1.300
-1.2113
-1.146
-1.108
-1.012
-0.943
-0.916
-0.858
-0.819
-0.781
-0.723
-0.654
-0.627
-0.588
-0.569
-0.558
-0.473
-0.434
-0.423
-0.396
-0.338
-0.280
-0.269
-0.242
-0.231
-0.203
-0.146
-0.107
-0.049
-0.038
-0.011
-0.011
0.019
0.047
0.085
0.104
0.115
0.143
0.154
O. 181
0.239
0.250
0.278
0.278
0.308
0.316
0.335
0.346
0.314
P
T
Z
1.00000000
0.98571429
0.941961130
0.91071431
0.90267860
0.87142861
0.85267862
0.83035720
0.82410720
0.80178578
0.17946435
0.76607150
0.76250001
0.74910722
O. 7446429~
0.68263899
0-67460327
0.65585328
0.65138900
0.64781757
0.61061520
0.60793663
0.597123'4
0.57380966
0.56041680
0.54801601
0.53809538
0.53720253
0.51488110
0.50089301
0.49494064
0.45178589
0.44434541
0.44215811
0.44021195
0.43561526
0.4296628$
0.41627003
0.40823432
0.40625019
0.38392877
0.38144861
0.37192480
0.36240100
0.35793611
0.351136529
0.35287119
0.34543672
0.311394862
0.32162720
0.32043673
11,.850
4.874
".883
4.907
4.917
4.940
4.957
4.967
4.990
4.990
5.007
S. 017
5.040
S.050
5.014
5.083
5.090
5.100
5.101
5.133
5.157
5.207
5.217
5.240
5.240
5.250
5.257
5.274
5.290
5.300
5.324
5.350
5.357
5.374
5.383
5.407
5.417
5.440
5.457
5.467
5.490
5.500
5,.517
5.• 524
5.540
5.540
5,.550
5.• 574
5 .• 583
5.• 590
5.• 600
O. ,.04
0.432
O. "113
0.470
0.*81
0.509
0.528
0.539
0.566
0.566
0.586
0.597
0.624
0.635
0.663
0.674
0.682
0.693
0.701
0.731
0.759
0.817
0.828
0.855
0.855
0.866
0.874
0.894
0.913
0.924
0.951
0.981
0.990
1.009
1.020
1.047
1.058
1.086
1.105
1.116
1.144
1. 155
1.174
1. 182
1.201
1.201
1.212
1.240
1.251
1.259
1.270
i
I
I
tt
~
\
t,
P
0.30664705
0.30545657
0.30188515
0.30039705
0.28878991
0.28829388
0.28779785
0.27440500
0.26954389
0.26557564
0.26408754
0.25783754
0.25664707
0.24325422
0.24051565
0.23164708
0.23115105
0.23025819
0.22579391
0.22490105
0.22341295
0.21448439
0.20198439
0.19841296
0.19037725
0.18948440
0.18918678
0.18472249
0.18353202
0.18105186
0.17801567
0.17708361
0.17440504
0.17410742
0.16994075
0.16904790
0.15096755
0.15037231
0.15001469
0.13618580
0.13519374
0.13390406
0.13380485
0.13291199
0.13281279
0.13132469
0.13043184
0.12440505
0.12150327
0.12120565
0.11852108
e
e"
e
-25-
e
--
c
e
m=8 (continued)
T
5.607
5.624
5.657
5.661
5.683
5.107
5.717
5.140
5.740
5.150
5.767
5.774
5.790
5.800
5.824
5.850
5.857
5.874
5.883
5.907
5.907
5.911
5.940
5.957
5.961
5.990
5.990
6.000
6.017
6.024
6.040
6.040
6.050
6.050
6.074
6.083
6.090
6.100
6.107
6.107
6.133
6.157
6.157
6.167
6.183
6.190
6.207
6.217
6.240
6.240
6.250
Z
1.218
1.298
1.33.6
1.347
1.366
1.394
1.405
1.432
1.432
1.443
1.463
1.471
1.490
1.501
1.529
1.559
1.567
1.586
1.597
1.625
1.625
1.636
1.663
1.683
1.694
1.721
1.721
1.732
1.751
1.760
1.719
1.179
1.790
1.790
1.817
1.828
1.837
1.848
1.856
1.856
t.886
1.914
1.914
1.925
1.944
1.952
1.971
1.982
2.010
2.010
2.021
P
0.11803105
0.11602212
0.10858165
0.10369513
o. 10359653
0.10329891
0.100112193
0.09841300
0.09752014
0.09551121
0.09484157
0.09236141
0.09169177
0.081125130
0.08328'03
0.07819971
0.01790209
0.01723245
0.07554594
0.07487630
0.01167689
0.01145368
0.01078404
0.07056082
0.016609654
0.0~28602
0.06299634
0.06183061
0.06160745
0.06121063
0.06098741
0.05652313
0.05622551
0.05555587
0.05533265
0.05213325
0.05205885
0.05116599
0.04961789
0.04945468
0.04938027
0.04866101
0.04575924
0.04568484
0.04546162
0.04536242
0.011513920
0.042'60~3
0.04134456
0.03866599
0.0376g873
T
6.250
6.274
6.290
6.300
6.300
6.324
6.333
6.350
6.357
6.351
6.374
6.383
6.407
6.407
6.41~
6.440
6.457
6.467
6.490
6.490
6.500
6.500
6.524
6.540
6.540
6.550
6.550
6.574
6.583
6.600
6.607
6.607
6.633
6.657
6.657
6.667
6.683
6.690
6.707
6.717
6.740
6.740
6.750
6.750
6.174
6.800
6.800
6.824
6.833
6.850
6.857
Z
P
2.021
2-048
2.067
2.018
2.078
2.. 106
2.117
2.136
2..144
2.144
2.164
2.115
2.202
2.202
2.213
2.241
2.260
2.271
2.298
2.298
2.309
2.309
2.337
2.356
2.356
2.367
2.367
2.395
2.406
2.425
2.433
2.. 433
2.463
2.491
2.491
2.502
2.521
2.529
2.549
2.560
2.587
2.587
2.598
2.598
2.62-6
2.656
2.656
2- 683
2.694
2.714
2.722
0.03162433
0.03154992
0.03111790
0.03469774
0.03373048
0.03365607
0.03323445
0.03316004
0.03226718
0.03219278
0.03211837
0.03162234
0.03110151
0.02507473
0.02500032
0.02482671
0.02465310
0.02316500
0.02264258
0.02214814
0.02192493
0.02190012
0.02182572
0.02180092
0.02031282
0.02001520
0.01800628
0.01793181
0.01696461
0.01684060
0.01634457
0.01567493
0.01565013
0.01557572
O. 01401322
0.01398842
0.01396362
0.01386441
0.01379001
0.01289715
0.01222751
0.01133465
0.01066501
0.01044179
0.01041699
0.01019378
0.00967294
0.00964814
0.00937533
0.00935052
0.00905291
-;6-
"
m=8
(continued)
T
6.857
6.874
6.883
6.907
6.901
6.917
6.940
6.967
6.990
6.990
7.000
7.000
7.024
7.040
7.050
7.050
7.074
7.083
7.107
7.107
7.133
7.157
7.157
7.167
7.183
7.190
7.217
7.240
7.250
7.250
7.274
7.300
7.300
7.324
7.333
1.357
7.357
7.383
7.407
7.417
7.440
7.467
7.490
1.500
1.500
7.524
7.550
7.583
1.607
1.633
7.657
Z
2.122
2.141
2.752
2. 780
2.180
2.791
2.818
2.848
2.876
2.876
2.887
2. 887
2.914
2. 933
2.944
2.944
2.972
2.983
3.010
3.010
3.041
3.068
3.068
3.079
3.098
3.107
3.137
3. 164
3.175
3.175
3.203
3.233
3.233
3.261
3.272
3. 299
3.299
3.329
3.357
3. 368
3.395
3.426
3.453
3.464
3.'64
3. 492
3.522
3.560
3.588
3. 618
3'.646
P
0.00882969
0.00880489
0.00830886
0.00808564
0.00601672
0.00600231
0.00571910
0.00570469
0.00553108
0. 00543187
0.0052086C
0.00513426
0.00510945
0.00503505
0.00473743
0.00406779
0.00399338
0.00347255
0.00344775
0.00322453
0.00319973
0.00312533
0.00290211
0.00287131
0.00280291
0.00270370
0.00262930
0.00240608
0.00173644
0.00166203
0.00163723
0.00156283
0.00148842
0.00146362
0.00133961
0.00131481
0.00124041
0.00121561
0.00099239
0.00091799
0.00084358
0.00076918
0.00014438
0.00052116
0.00049636
0.00047156
0.00044676
0.00037235
0.00034155
0.000)2275
0.00024834
T
Z
1.. 667
1 .• 690
1•• 150
7.. 800
7.• 833
',.857
8 .• 000
3.657
,j. 684
3.153
3.811
3.849
3.876
4.041
p
0.00022354
0.00019874
0.00012434
0.00009953
0.00007473
0.00004993
0.00002513
e
e"
e
-27-
_
m=9
--
e
T
3.289
3.489
3.539
3.656
3.739
3.799
3.873
.3. 906
3.924
3.939
3.989
4.049
4.073
4.106
4.156
4. 174
4.189
4.239
4.249
4.273
4.299
4.323
4.356
4.373
4.374
4.382
4.415
4.424
4.439
4.489
4.499
4.. 507
4.523
4.540
4.556
4.556
4.573
4.582
4.606
4.624
4.632
4.656
4.665
4.683
4.689
4.699
4.707
4.723
4.739
4.749
4.757
Z
-1.814
-1.655
-1.600
-1.472
-1.381
-1.316
-1.235
-1.198
-1.179
-1.162
-1.107
-1.042
-1.01.6
-0.979
·0.925
-0.905
-0.888
-0.833
-0.823
-0.797
-0.168
-0.742
-0.706
-0.687
-0.686
-0.677
-0.640
-0.631
-0.614
-0.559
-0.549
-0.540
-0.523
-0.503
-0.486
-0.484
-0.468
-0.458
-0.432
-0.412
-0.403
-0.377
-0.366
-0.347
-0.340
-0.330
-0.321
-0.304
-0.286
-0.275
-0.266
P
1.00000000
0.985711129
0.97460318
0.96349208
0.95555557
0.92152780
0.91676590
0.90882939
0.881152384
0.88293654
0.87668654
0.87043654
0.85585321
0.83154766
0.81418655
0.80972227
0.804ee116
0.80039687
0.78303577
0.77261910
0.76537704
0.76269847
0.74533736
0.73293657
0.72817467
0.72470245
0.71428578
0.70803579
0.70714293
0.69474214
0.68234135
0.67490087
0.67142865
0.65704373
0.654960"0
0.65297627
0.65228183
0.63769850
0.63025803
0.62827390
0.02579371l
0.61835327
0.61557549
0.61111121
0.610111676
0.57597012
0.57_77964
0.57229949
0.5711 0901
0.56069235
0.55622806
,
j
f
T
4.773
4.790
4.808
4.823
4.823
4.824
4.832
4.856
4.865
4.874
4.882
4.889
4.892
4.933
4.939
4.957
4.965
4.989
4.990
4.999
5.007
5.008
5.017
5.023
5.023
5.032
5.05£
5.082
5.090
5.106
5.124
5.132
5.133
5.139
5.142
5.156
5.157
5.165
5.175
5.189
5.199
5.207
5.223
5.249
5.257
5.267
5.273
5.273
5.282
5.290
5.300
Z
-0.~49
-o.~o
-0.210
-0.194
-0.194
-0.193
-0.18~
-0.158
-0.147
-0.138
-0.129
-0. 121
-0.119
-0.073
-0.067
-0.047
-0.038
-0.012
-0.010
-0.001
0.008
0.009
0.018
0.025
0.025
0.035
0.061
0.090
0.099
0.116
0.136
0.145
0.146
O. 153
0.155
0.171
0.172
0.181
0.192
0.207
0.218
0.227
0.244
0.273
0.282
0.292
0.299
0.299
0.309
0.318
0.329
P
0.553711790
0.54908521
0.54759711
0.54710108
O. ~511696
0.53470029
0.53430347
0.51363548
0.50613989
0.50346132
0.50197323
0.49572323
0.49021177
0.48971574
0.48921970
0.47626777
0.46937844
0.46818796
0.46074749
0.45985463
0.44745384
0.44537051
0.44501289
0.44457686
0.43906540
0.43162492
0.42802043
0.42471355
O. 41£)94239
0.41654556
0.41328218
0.40914918
0.40468490
0.40438728
0.40108040
0.39970254
0.39345254
0.39225104
0.38894416
0.38884496
0.36729514
0.35985467
0.357261128
0.35638245
0.35171975
0.35023165
0.34885379
0.34554691
0.34435044
0.34237231
0.34127002
-"28J
m=9
(continued)
T
5.306
5.323
5.324
5.332
$.342
5.356
5.365
5.365
5.373
5.37q
5.389
5.392
5.407
5.415
5.439
5.449
5.457
5.465
5.467
5.473
5.475
5.490
5.490
5.499
5.506
5.508
5.517
5.523
5.532
5.540
5.556
5.573
5.514
5.582
5.590
5.592
5.600
5.606
5.615
5.615
5.624
5.633
5.639
S. 642
5.649
5.656
5.657
5.665
5.675
5.689
5.699
Z
0.335
0.J53
0.355
0.364
0.374
0.390
0.400
0.400
0.408
0.409
0.426
0.429
O. ~46
0.455
0.481
0.492
O. SO 1
0.510
0.511
0.518
0.520
0.531
0.537
0.546
0.554
0.557
0.566
0.513
0.583
0.592
0.609
0.627
0.629
0.638
0.647
0.648
0.657
0.664
0.674
0-614
0.683
0.694
0.700
0.703
0.111
0.719
0.720
0.729
0.739
0.755
0.166
P
0.34117081
0.33918668
0.334122110
0.33224224
0.31785733
0.31703061
0.30925945
0.30873035
0.30790363
0.30631633
0.30476209
0.30092612
0.30040804
0.29974666
0.29716254
0.29392656
0.28946228
0.28466730
0.28198873
0.28116201
0.27911789
0.21895743
0.27818106
0.27850549
0.27106502
0.27084456
0.21056898
0.27005091
0.25765012
0.25447552
0.25381414
0.25183001
0.24696890
0.24548081
0.24230621
0.24141335
0.24091132
0.24069686
0.23148919
0.23629871
0.23580268
0.23332253
0.23304695
0.22987235
0.22904SC3
0.22854960
0.22185515
0.22679695
0.21935648
0.21922421
0.211211008
T
5.101
5.117
5.123
5.725
5.739
5.740
5.140
5.749
5.158
5.767
5.713
5.773
5.174
5.782
5.790
5.792
5.800
5.806
5.815
5.823
5.823
5.824
5.832
5.839
5.842
5.850
5.856
5.865
5.865
5..874
5.• 882
5.883
5.889
5,.892
5.907
5.• 915
5.917
5.925
5.939
5,.939
5.• 940
5.• 949
5 .• 957
5.• 958
5 .• 965
5.961
5 .• 913
5.• 915
5.• 982
5 .• 989
5.. 990
Z
0.115
0.785
0.7i2
0.794
0.810
0.811
0.811
0.820
0.831
0.840
0.846
0.846
0.848
0.857
0.866
0.867
0.876
0.883
0.893
0.901
0.901
0.902
0.912
0.919
0.922
0.931
0.938
0.948
0.948
0.957
0.966
0.968
0.974
0.977
0.994
1.003
1.004
1.013
1.029
1.029
1.030
1.039
1.048
1.050
1.058
1.059
1.065
1.068
1.076
1.084
1.085
P
0.21264352
0.21158532
0.21108929
0.20888470
0.20875243
0.20528021
0.20488338
0.20471804
0.20352156
0.20336222
0.20253550
0.19509503
0.19420217
0.19403683
0.19016178
0.18768762
0.18763251
0.18150023
O. 18630976
0.18614441
0.18564838
0.18217616
0.18064397
0.17617969
0.17604741
0.11550729
0.17537502
0.17487898
0.17355623
0.17306020
0.17266338
0.17058004
0.17041470
0.16909195
0.16895968
0.16766999
0.16320571
0.16315059
0.16285298
0.15918234
0.15888472
0.15882961
0.15585342
0.15436532
0.15431021
0.15401259
0.15347241
0.14900818
0.14851215
0.14821453
0.14573438
e
e"
e
-29-
e
~e
•
e
m=9 (continued)
T
5.990
6.006
6.007
6.008
6.017
6.023
6.023
6.032
6.040
6.050
6.074
6.082
6.083
6.089
6.090
6.092
6.100
6.106
6.107
6.115
6.115
6.125
6.132
6.133
6.139
6.149
6.156
6.157
6.165
6.175
6.189
6.199
6.207
6.217
6.223
6.225
6.232
6.240
6.240
6.249
6.250
6.257
6.258
6.273
6.273
6.274
6.282
6.290
6.292
6.300
6.306
Z
P
1.085 0.14529346
1. 102 0.14512811
1.103 0.14499584
1. 105 O.l4430140
1. 114 0.14413605
1. 120 0.14400318
1.120 0.14262591
1. 131 0.14014575
1.140 0.13716956
1. 150 0.13568147
1. 176 0.13538385
1.185 0.13439179
1.187 0.13022512
1. 193 0.13017001
1.195 o. 13012592
1. 196 0.13002671
1.205 O. 12962988
1.212 0.12913385
1.213 O. 12761269
1.222 0.12751348
1.222 O. 12483491
1.232 0.12453729
1.240 0.12450422
1.242 0.12301613
1.248 0.12285079
1.258 0.12017222
1.266 0.11977539
1.268 0.11769206
1.277 0.11669999
1.287 0.11581328
1.303 0.11554259
1.313 0.10843280
1.322 O. 10810211
1.333 0.10671323
1.339 0.10631640
1.342 0.10559991
1.350 0.10530229
1.359 0.10520308
1.359 0.10431023
1.368 0.10421102
1.369 0.10282213
1.377 0.10278906
1.378 0.10229303
1.394 0.10219383
1.394 0.10136711
1.395 0.10083801
1.405 0.10070573
1.414 0.09467895
1.415 0.09440338
1.424 0.09433724
1.431 0.09400655
T
6.315
6.323
6.324
6.332
6.339
6.342
6.350
6.356
6.357
6.365
6.374
6.375
6.383
6.389
6.392
6.399
6.407
6.415
6.415
6.417
6.425
6.439
6.439
6.440
6.449
6.457
6.458
6.465
6.467
6.473
6.473
6.475
6.482
6.490
6.499
6.500
6.517
6.523
6.524
6.532
6.540
6.540
6.542
6.550
6.556
6.558
6.574
6.582
6.583
6.589
6.590
Z
p
1.441
1.449
1.450
1.459
1.467
1.470
1.479
1.485
1.487
1.496
1.505
1.506
1.515
1.522
1.524
1.532
1.541
1.551
1.551
1.552
1.561
1.577
1.577
1.578
1.587
1.596
1.598
1.605
1.607
1.613
1.613
1.616
1.624
1.633
1.642
1.643
1.661
1.668
1.669
1.678
1.688
1.688
l.68'i
1.698
1.704
1.707
1.724
1.733
1.73 "
1.741
1.142
0.09351052
0.09341131
0.09192322
0.09181299
0.08718336
0.08688514
0.08677551
0.08647789
0.08388751
0.08385444
0.08342454
0.08296158
0.08295056
0.08285135
0.0813191.0
0.08121996
0.08118689
0.07917795
0.07868193
0.07838431
0.07831817
0.07764853
0.07641396
0.07631476
0.07628169
0.07531443
0.07377122
0.07373815
0.07284529
0.07273506
0.07223903
0.07194141
0.07188630
0.07121665
0.07107336
0.06859320
0.06858218
0.06848297
0.06434937
0.06433835
0.06270971
0.06254437
0.0624451.
0.06243414
0.06176450
0.06093778
0.06090471
0.06058229
0.05962329
0.05959023
0.05949102
-30-
m=9 (continued)
T
6.592
6.600
6.606
6.607
6.615
6.615
6.624
6.625
6.639
6.642
6.649
6.656
6.657
6.665
6.667
6.673
6.675
6.683
6.689
6.699
6.107
6.717
6.723
6.723
6.725
6.732
6.740
6.740
6.149
6.750
6.758
6.767
6.773
6.173
6.774
6.782
6.782
6.190
6.792
6.800
6.806
6.815
6.823
6.824
6.832
6.839
6.842
6.850
6.85ii
6.857
6.865
Z
P
1.744 0.05919340
1.753 0.05897019
1.759 0.05891507
1.761 0.05757027
1.770 0.05734706
1.770 0.05704944
1.779 0.05637980
1.780 0.05555308
1.196 0.05547867
1.798 0.05451968
1.806 0.05424411
1. 81~ 0.05402089
1.815 0.05332645
1.824 0.05278357
1.826 0.05030341
1.832 0.05029239
1.835 0.05025932
1.844 0.05015185
1.851 0.050 11878
1.861 0.04945740
1.810 0.04116263
1.881 0.04744296
1.887 0.04721975
1.887 0.04650326
1.890 . 0.04640405
1.897 0.04637098
1.907 0.04614777
1.907 0.04604856
1.916 0.04582535
1.917 0.04526318
1.926 0.04518878
1.935 0.04511437
1.942 0.04483880
1.942 0.04235864
1.943 0.04231455
1.952 0.04224014
1.952 0.04117368
1.961 0.04109927
1.963 0.04027255
1.972 0.04019815
1.978 0.04009067
1.989 0.03952850
1.997 0.03945410
1.998 0.03895807
2.007 0.03839314
2.015 0.03690505
2.017 0.03687198
2.027 0.03667081
2.033 0.03663774
2.034 0.03614171
2.044 0.03606731
T
6.865
6.,874
6.,875
6.,883
6.889
6.,892
6.,899
6.,907
6.907
6.915
6.,915
6.,917
6.923
6.925
6.,925
6.,939
6.939
6.940
6.949
6.,957
6.958
6.,965
6.,967
6.,973
6.973
6.975
6.982
6.982
6.990
6.990
7.000
7.006
7.008
7.017
7.023
7.024
7.,032
7.032
7.040
7.040
7.042
7.050
7.050
7.056
7.058
7.065
7.074
7.082
7.083
7.089
7.090
Z
2.044
2.053
2.054
2. 063
2.010
2. 072
2.080
2.089
2.089
2.098
2.098
2. 100
2. 106
2. 109
2.109
2.124
2.124
2.126
2.135
2. 144
2.145
2.153
2. 154
2. 161
2.161
2.164
2.171
2. 171
2. 180
2. 180
2. 191
2.197
2.200
2.209
2.216
2.217
2.226
2.226
2.235
2.235
2.237
2.24.6
2.246
2.252
2.255
2.263
2.272
2.281
2. 282
2.289
2. 290
P
0.035.3141
0.03524885
0.03506146
0.03503666
0.03496226
0.03453236
0.03448827
0.03441387
0.03405838
0.03403358
0.03254548
0.03244628
0.03237187
0.03233880
0.03226440
0.03223960
0.03184271
0.03174356
0.03111816
0.03065229
0.03015626
0.03014800
0.02985038
0.02964921
0.02816111
0.02806191
0.02189656
0.02762216
0.02179736
0.02765406
0.02752454
0.02749974
0.02745565
0.02737573
0.027331t)4
0.02595377
0.02592897
0.02496171
0.02493691
0.02444088
O. 024~0781
0.02438301
0.02430860
0.02428380
0.02422869
0.02421166
0.02414326
0.02378777
0.02289491
0.02288664
0.02287562
e
e-
e
-31-
_
m=9 (continued)
..
--
•
.
e
T
7.092
7.100
7.106
7.107
7.107
7.115
7.115
7.125
1.125
7.133
7.139
7.149
7.157
7.157
7.165
7.167
7.173
7.175
7.175
7.183
7.189
7.190
7.199
7.207
7.208
7.217
7.223
7.223
1.225
7.232
7.232
7.240
7.240
7.249
7.250
7.250
1.258
7.273
7.273
7.214
7.282
7.282
7.290
7.292
7.300
7.300
1.306
7.315
1.324
7.332
7.333
Z
2.291
2. 300
2.307
2.308
2.308
2.317
2.311
2.328
2.328
2.337
2.3113
2.354
2.363
2. 363
2.372
2. 373
2.380
2.383
2.383
2. 392
2.398
2. 400
2.409
2.418
2.419
2.428
2.435
2.435
2.437
2.445
2.445
2.454
2.454
2.463
2.465
2.465
2.474
2.490
2.490
2.491
2.500
2.500
2.509
2.510
2.520
2. 520
2.526
2.536
2.546
2. 555
2.556
P
0. 02277642
0.02265241
0.02248706
0.02191387
0.02188907
0.02188080
0.02098795
0.02066553
0.02065726
0.02064899
0.02056907
0.01967622
0.01955221
0.01922979
0.01922152
0.01839480
0.01831000
0.01835898
0.01825151
0.01824324
0.01823222
0.01801176
0.01198695
0.01784641
0.01754879
0.01754053
0.01741652
0.01703072
0.01699765
0.01689844
0.01687364
0.01684884
O. 1655122
0.01644375
0.01627840
0.01627013
0.01626181
0.01620400
0.01537728
0.01533319
0.01529185
0.01328292
0.01325812
0.01298255
0.01296326
0.01285578
0.01284152
0.01268217
0.01262430
0.01257746
0.01208142
°
I
i
I
lI
i
l
1
T
1.339
7.342
7.350
7.357
7.351
7.365
7.365
7.374
7.375
7.375
7.383
1.389
7.399
7.407
1.407
7.415
7.415
7.417
7.423
7.425
7.425
7.439
7.439
7.440
1.449
7.457
7.458
7.467
1.473
7.473
7.475
7.482
1.482
1.490
7.490
7.500
7.500
7.508
1.524
7.532
7.532
7.540
7.540
7.542
7.550
7.550
7.556
7.558
7.565
7.574
1.582
Z
2- 5fi3
2. S65
2.574
2. S82
2.582
2.591
2.591
2.600
2.602
2.602
2.611
2. 617
2.628
2.637
2.631
2.646
2.646
2.647
2.654
2.656
2.656
2.672
2.672
2.673
2.683
2.692
2.693
2.702
2.109
2.709
2.111
2.719
2.119
2. 728
2.728
2. 739
2.739
2.148
2.765
2.774
2.774
2.783
2.78.3
2.184
2.193
2.193
2.800
2.803
2.810
2.819
2.829
P
0.01207311)
0.01197395
0.01193813
0.01183892
0.01183065
0.01182238
0.01159090
0.01151650
0.01146138
0.01145863
o. 011~5036
0.011)9249
0.01116101
0.01115274
0.01048310
0.01047483
·0.00997880
0.00987959
0.00986030
0.00984928
0.00962607
0.00961780
0.00948552
0.00938632
0.00936703
0.00904461
0.00887926
0.00886549
0.00882966
0.00833363
0.00823442
0.00811931
0.00795609
0.00794783
0.00787067
0.00784586
0.00784311
0.00783484
0.00782651
0.00782382
0.00730299
0.00729472
0.00712937
0.00709631
0.00709355
0.00687034
0.00686207
0.00680695
0.00679593
0.00677113
0.00666366
-32-
m=9 (continued)
T
7.583
7.589
7.592
7.600
l~606
'-'07
7.607
7.615
7.615
7.625
7.625
7.633
7.63~
7.649
7.657
7.657
7.667
7.673
7.675
7.675
7.683
7.690
7.699
7.707
7.708
7.717
7.723
7.723
7.125
7.732
7.732
7.740
7.740
7.749
7.150
7.150
7.758
7.773
7.714
7.782
7.782
7.792
7.800
7.800
7.806
7.815
7.824
7.833
7.839
7.842
7.850
Z
2.830
2.8-36
2.839
2.848
2.855
2.'56
2.856
2.865
2.~5
2.876
2.876
2.885
2.891
2.902
2.911
2.911
2.921
2.928
2.930
2.930
2.939
2. 947
2.956
2.966
2.967
2.976
2.982
2.982
2.985
2.993
2.993
3.002
3.002
3.011
3.012
3.012
3.022
3.037
3.039
3.048
3.048
3.058
3.067
3.067
3.074
3.084
3.093
3.104
3.110
3.113
3.122
P
O.00636601l
0.00635226
0.00631919
0.00624479
0.00618967
0.00591410
0.00583969
0.00583694
0.00553932
0.00531610
D.00529130
0.00528855
0.00528028
0.00498266
0.00490826
0.00473464
0.00473189
0.00472913
0.00471811
0.00466024
0.00465748
0.00464646
0.00463819
0.001l54725
0.00444805
0.00444529
0.00437089
0.00431577
0.00428270
0.00424964
0.00.,7523
0.00416696
0.00406776
0.00399335
0.00382801
0.00380321
0.00380045
0.00377565
0.0037315.6
0.00370676
0.00303711
0.00301231
0.00298751
0.00292964
0.00292689
0.00276154
0.00273674
0.00270643
0.00270367
0.00267060
0.00265131
T
857
'1.857
'1.865
'7.865
~,.
~1.874
'7.875
~'.875
~7.
883
~,. 889
~'.899
~1.907
7.907
~7. 915
7.917
~,. 923
7.925
~,. 925
7.940
~7. 949
7.958
7.967
7.973
7.982
7.982
1.990
7.990
8.000
8.000
8. 008
8.024
8.032
E~. 032
8.040
8.042
8.050
8.050
8.056
8.058
8.065
8.074
8.083
8.089
8.092
8.107
8.107
8.115
8.125
8.125
8.133
8.149
8.157
Z
3.130
3.130
3.139
3.U9
3.1'8
3.149
3.149
3. 159
3.165
3.175
3.185
3.185
3.194
3.195
3.202
3.204
3.204
3. 221
3.230
3.241
3.250
3. 256
3.267
3.267
3.276
3.276
3.286
3. 286
.3.295
3.312
3.322
3.322
3.331
3.332
3.341
3.. 341
3.348
3.350
3.358
3.367
3.378
3.384
3.387
3.404
3.404
3.413
3.'23
3.1123
3.'32
3.449
3.458
P
0.002618211
0.00259344
0.00259069
0.00255762
0.00248321
0.00242810
0.00241983
0.00241707
0.00239227
0.00235920
0.00233440
0.00211119
0.00210292
0.00200372
0.00197891
0.00196789
0.00189349
0.00188522
0.00187695
0.00170334
0.00170058
0.00168129
0.00158209
0.00150768
0.00149942
0.00148839
0.00146359
0.00145532
0.00145251
0.00144430
0.00143603
0.00136163
0.00135336
0.00132029
0.00131203
0.00123762
0.00122935
0.00117424
0.00116322
0.00113842
0.00108055
0.00107779
0.00106677
0.00104196
0.00101716
0.00101441
0.00079119
0.00078293
0.00078017
0.00077190
0.00074710
e
.
e-
.,.
e
'"
-33#J
e
--
•
e
JIIR9
(continued)
T
8.157
8.161
8.173
8.175
",75
L183
8.190
8.199
8.208
8.217
8.223
8.232
8.232
8.240
8.250
8.250
8.258
8.274
8.282
8.292
8.300
8.300
8.315
8.324
8.333
8.342
8.357
8.357
8.365
8.375
8.375
8.383
8.399
8.407
8.417
8.423
8.425
8.440
8.458
8.467
8.482
8.490
8.500
8.500
8.508
8.524
8.532
8.542
8.550
8.565
8.583
Z
3.458
3..69
J.,75
3.478
3.1178
3.487
3.495
3. 504
3.515
3.524
3.530
3.541
3.541
3. 550
3.5.0
3.560
3.569
3.586
3.595
3. 606
3.615
3.615
3.632
3.641
3.651
3.661
3.678
3.678
3.687
3. 697
3.697
3. 706
3.723
3.732
3.743
3.749
3.152
3.769
3.788
3.798
3.814
3. 824
3.834
3.834
3.843
J. 860
3.869
3.880
3.88~
3. 906
3.925
P
0.00072230
0.00071954
0.00011128
0.00070025
0.00069199
0.00068923
0.00067821
0.00066994
0.00062861
0.OD062585
0.00060105
0.00056198
0.00054318
0.00053491
0.00046051
0.00045224
0.00044948
0.00042468
0.00041641
0.00039161
0.00038335
0.00031508
0.00037232
0.00034752
0.00033374
0.00033099
0.00032823
0.00031996
0.00031721
0.00024280
0.00024005
0.00023729
0.00021249
0.00020422
0.00019596
0.00018769
0.00017667
0.00016840
0.00016013
0.00015738
0.00015462
0.00014635
0.00012155
0.00011879
0.00011604
0.00010771
0.00010502
0.00009675
0.00009399
0.00008573
0.00006092
i
,
f.
i
T
Z
8.607
8.625
8.633
8.6'57
8.667
8.675
8.690
8-108
8.732
8.750
8.800
8.833
8.857
8.875
9.000
3.951
3.971
3.980
4.006
4.017
4.026
4.043
4.062
4.088
4.108
4.163
4.199
4.225
4.245
4.382
P
0.00005817
0.00005541
0.00005266
0.00004439
0.00004163
0.00003888
0.00003612
0.OD002786
0.00002510
0.00001683
0.00001408
0.00001132
0.00000857
0.00000581
0.00000305
-34-
m=10
T
3.544
3.144
3.910
3.944
3.994
4.053
4.110
4.160
4.178
4.194
4.253
4.277
4.289
4.303
4.327
4.360
4.378
4.420
4.428
4.444
4.489
4.494
4.503
4.527
4.539
4.545
4.560
4.563
4.610
4.628
4.637
4.656
4.670
4.688
4.694
4.703
4.727
4.739
4.753
4.762
4.777
4.777
4.795
4.799
4.810
4.813
4.827
4.828
4.837
4.860
4.870
Z
-2.043
-1.834
-1.660
-1.626
-1.573
-1.511
-1.451
-1.399
-1.381
-1.364
-1.302
-1.277
-1.265
-1.250
-1.225
-1. 190
-1.172
-1. 128
-1. 119
-1.103
-1.056
- 1.051
-1.041
-1.016
-1.003
- 0.998
-0.981
-0.979
-0.929
-0. 911
- 0.902
-0.882
-0.867
-0.848
-0.842
-0.832
- 0.807
-0.795
-0.780
-0.771
-0.755
-0.755
-0.737
-0.732
-0.720
-0.718
-0.703
-0.702
-0.693
-0.668
-0.658
P
1.00000000
0.99603175
0.98311461
0.97317461
0.97063493
0.96063494
0.9534-9208
0.94571431
0.93793653
0.93365082
0.92587305
0.92031749
0.91888892
0.91746035
0.91190480
0.90476195
0.88094251
0.87760918
0.87364092
0.87030759
0.86887902
0.86776791
0.86221236
0.84519848
0.83526792
0.83415681
0.83177586
0.82740086
0.82676594
0.82239094
0.81218261
0.80821436
0.80742071
0.79526794
0.79383937
0.77682548
0.77370048
0.77057549
0.76717271
0.76404771
0.76166676
0.75769851
0.75689493
0.74960327
0.74912708
0.14600208
0.74389891
0.73961320
0.73773820
0.72558542
0.72246042
T
",.873
4.878
4.894
l4,.906
4.920
4.924
4.938
~'. 939
4.944
~'. 953
4,.962
~'. 977
~'. 989
4.994
4.995
5.003
5.013
5>.027
5,.037
5,.045
5.049
5,.060
5.063
5.013
5,.078
5,.087
5.106
5.110
50.120
5.128
5.137
5>. 138
50.144
5,. 146
5.156
5.162
5.174
5.177
5.179
5>. 188
50.189
5.194
5,.203
5.212
5.239
S.245
50.249
5.253
5.262
5.263
5.263
Z
-0.655
-0.649
-0.633
-0.620
-0.606
-0.602
- O. 587
-0.586
-0.581
- 0.571
-0.562
-0.546
-0.533
-0.529
-0.528
-0.519
-0.509
-0.494
-0.484
-0.475
-0.471
-0.459
-0.457
-0.446
-0.441
-0.432
-0.412
-0.407
-0.397
-0• .386
-0.380
-0.378
-0.312
-0.370
-0.359
-0.354
-0.341
-0.337
-0.335
-0.326
-0.325
-0.320
-0.310
-0.301
-0.272
-0.267
-0.262
-0.258
-0.249
-0.248
-0.248
P
0.71377987
0.71298622
0.71111122
0.70798622
0.70555567
0.70332353
0.70316480
0.69878980
0.69816480
0.68601202
0.68377988
0.67648822
0.67425607
0.67363108
0.61029774
0.66508941
0.65640886
0.65501997
0.65168664
0.64806561
0.64672632
0.64526199
0.64303585
0.64219259
0.63976204
0.63842275
0.62974220
0.62800609
0.62513903
0.6189.3863
0.61373030
0.61134935
0.60822435
0.59954380
0.59815491
0.59770848
0.59553586
0.59504975
0.59469261
0.59385928
0.59305571
0.59260928
0.58240095
0.57620055
0.57099222
0.56925611
0.56553588
0.56449421
0.55829381
0.55686524
0.55587318
e
e-
•
e
-35-
e
~e
e
m=10 (continued)
T
5.271
5.273
5.277
5.287
5.299
5.304
5.310
5.313
5.320
5.323
5.328
5.337
5.346
5.356
5.360
5.370
5.373
5.374
5.378
5.382
5.388
5.394
5.396
5.396
5.412
5.415
5.420
5.424
5.429
5.439
5.444
5.444
5.445
5.447
5.453
5.462
5.463
5.471
5.477
5.487
5.489
5.495
5.499
5.503
5.507
5.510
5.513
5.521
5.523
5.537
5.540
Z
-0.239
-0.237
-0.233
-0.~23
-0.210
-0.204
-0.198
-0. 196
-0.188
-0.185
-0.179
-0. 171
-0.161
-0. 150
-0.146
-0.136
-0.133
-0. 132
-0.121
-0.123
-0.117
-0. 111
-0.109
-0.109
-0.092
-0.088
-0.064
-o.oeo
-0.074
-0.063
-0.059
-0.059
-0.058
-0.055
-0.049
-0.040
-0.039
-0.030
-0.024
-0.014
-0.011
-0.005
-0.001
0.003
0.007
0.011
0.013
0.022
0.024
0.038
0.042
P
0.55552596
0.55246 0096
0.55167675
0.54735136
0.54015890
0.53989104
0.53801604
0.53181565
0.53172636
0.53073430
0.52899819
0.52527795
0.51798629
0.51699423
0.51575415
0.51387915
0.51288708
0.51241089
0.5120ti367
0.50834344
0.50130171
0.50506963
0.50180574
0.50081368
0.50046645
0.49615098
0.49552598
0.49413709
0.49404781
0.49324424
0.49200416
0.49164701
0.481&35535
0.48376011
0.48355178
0.46632846
0.4619534h
0.46179473
0.45956259
0.45817370
0.45757846
0.45633838
0.45574315
0.'5499910
0.44979077
0.44944354
0.44845148
0.44760823
O. '4537609
0.44393759
0.44160625
T
5.545
5.554
5.55.6
5.558
5.5'0
5.572
5.573
5.578
5.582
5.587
5.587
5.588
5.596
5.606
5.610
5.612
5.620
5.624
5.628
5.629
5.632
5.638
5.644
5.644
5.646
5.653
5.656
5.662
5.665
5.679
5.683
5.689
5.697
. 5.699
5.703
5.707
5.112
5.712
5.713
5.721
5.723
5.727
5.729
5.739
5.745
5.749
5.753
5.754
5.757
5.760
5.763
Z
0.047
0.057
0.058
0.061
0.063
0.075
0.076
0.082
0.086
0.090
0.090
0.092
0.100
0.111
0.115
0.116
0.125
0.129
0.134
0.135
0.138
0.144
0.150
O. 150
0.153
0.160
O. 163
0.169
0.173
0.187
0.191
0.198
0.206
0.208
0.212
0.216
0.221
0.221
0.222
0.231
0.233
0.237
0.240
0.250
0.256
0.260
0.264
0.266
0.269
0.272
0.274
P
0.44139791
0.44056458
0.43922530
0.43902688
0.43895744
0.43662609
0.43655665
0.43509831
0.42476432
0.42402027
0.42302821
0.41781988
0.41746274
0.41445899
0.41426058
0.41149272
0.41113558
0.40738779
0.40713977
0.40401477
0.40365163
0.40291358
0.40157430
0.40058223
0.39537390
0.39429255
0.39153682
0.39125904
0.3898602ij
0.38941381
0.38926500
0.38919555
0.38575089
0.38560208
0.38548303
0.37900707
0.37815905
0.37816381
0.37503881
0.37499913
0.36879874
0.3686796:9
0.36784635
0.36768762
0.36664596
0.36439728
0.3&395085
0.36023062
0.35942705
0-35917903
0.35858379
-36-
,
m=lO (continued)
T
5.711
5.773
5.171
718
'81
1.787
5.187
5. 790
5.196
5.808
5.810
5.820
5.822
5.823
5.823
5.824
5.827
5.828
5.832
5.844
5.846
5.854
5.856
5.865
5.870
5.874
5.878
5.879
5.882
t
5~888
5.889
5.892
5.894
5.894
5.896
5.897
5.903
5.906
5.912
5.912
5.920
5.921
5.929
5.933
5.939
5.9114
5.945
5.953
5.957
5.963
5.965
Z
o. ~83
0.~85
0.389
0.~91
0.293
0.299
0.299
0.303
0.309
0.322
0.324
0.334
0.)37
0.337
0.331
0.338
0.342
0.343
0.347
0.359
0.361
0.370
0.372
0.382
0.386
0.390
0.395
0.396
0.399
0.405
0.407
0.409
0.411
0.411
0.414
0.415
0.421
0.424
0.430
0.430
O. ~39
0.440
0.448
0.453
0.459
0.46.3
0.'65
O. "73
0.477
0.'83
0.486
P
0.35618155
0• .)5'90655
0.354'4028
0• .)50065~8
0.34841184
0 • .)4826.103
0.3-41550130
0.34178706
0.3'163825
0.34115765
O. 3 III 1 0805
0.33738781
0.33573'38
0.33568477
0.33548636
0.33444469
0.33440501
0.33297644
0.32909086
0.32702406
0.32686533
0.32514024
0.32478310
0.32403354
0.32376569
0.32213429
0.32198548
0.31975334
0.31966406
0.31903906
0.31531882
0.31476767
0.31411807
0.31412283
0.31328950
0.31248593
0.31239664
0.31074321
0.31069360
0.30904016
0.30680802
0.30368302
0.30260168
0.30216076
0.30211115
0.30081596
0.30001239
0.29902033
0.28824542
0.28755649
0.286561142
,
T
5.911
5.977
5.919
5.987
5.989
5.990
5.994
5.995
5.999
6.007
6.008
6.010
6.013
6.017
6.021
6.022
6.023
6.023
6.027
6.028
6.031
6.032
6.037
6.037
6,.045
6.046
6,.046
6.• 054
6.056
6,.060
6.064
6.• 070
6,.078
6.• 082
6,.087
6,.088
-6,.090
6 .• 094
6,.096
_6.. 106
6•• 110
6.. 11 ~
6.. 120
6.. 124
6 •• 129
6 .. 129
6.,132
6.. 133
6.,137
6... 138
6.,139
Z
P
e
0.992 0.286'4538
0.'98 0.28411403
0.501 0.28098903
0.508 0.28094935
0.511 0.28050843
0.512 0.27976438
0.516 0.21967510
0.517 0.27856399
0.521 0.27758515
0.530 0.27634507
0.531 0.27613674
0.533 0.27610698
0.535 0.27551174
0.540 0.27447669
0.544 0.21442108
0.545 0.27308780
0.546 0.27305804
0.546 0.27250689
0.550 0.2717£284
0.552 0.27065173
0.554 0.26965967
0.556 0.26924631
0.5.0 0.26888586
0.560 0.26723242 e~
0.569 0.2ii663718
0.570 0.26476219
0.570 0.26"49764
0.579 0.26437749
0.581 0.26338542
0.585 0.26305474
0.589 0.26245950
0.595 0.26242974
0.604 0.26143767
0.608 0.25497273
0.613 0.25419561
0.614 0.25196347
0.611 O. 249731~_
0.620 0.24969165
0.623 0.24933450
0.633 Q.• .-24715748_
0.631 0.2~683120
0.639 .D-.24667247
0.647 O. 24~40192
0.652 0.24252234
0.657 0.24210898
0.651 0.24203843
0.660 (): ~~ 192820
0.661 0.24148177
0.665 0.24145201
'0.666 0.24065836
0.668 0.23925955
e
-37-
e
~e
e
m=lO (continued)
T
6.142
6.144
6.146
6.153
6.156
6.156
6.151
6.162
6.162
6.165
6.111
6.175
6.179
6.189
6.189
6.194
6.195
6.199
6.203
6.207
6.212
6.213
6.213
6.221
6.223
6.227
6.229
6.231
6.237
6.245
6.249
6.254
6.254
6.257
6.260
6.262
6.263
6.267
6.270
6.273
6.273
6.277
6.218
6.281
6.282
6.287
6 .. 290
6.296
6.300
6.304
6.306
Z
0.610
0.672
0.615
0.682
0.685
0.685
0.686
0.691
0.691
0.695
0.701
0.705
0.710
0.720
0.720
0.724
0.726
0.730
0.734
0.739
0.743
0.744
0.144
0.753
0.155
0.. 759
0.762
0.. 76.3
0.769
0.778
0.182
0.788
0.188
0.. 791
0.794
0.. 795
0.197
0.801
0.804
0.807
0.801
0.812
0.813
0.815
0.811
0.821
0.826
0.831
0.836
0.840
0.. 842
P
0.23892886
0.23879108
0.2365589'
0.2.i641013
0.23449214
0.23435435
0.23372935
0.23360920
0.23261714
0.23226000
0.23192931
0.23133407
0.23132415
0.23094937
0.23093945
0.22878447
0.22538169
0.22478645
0.22404241
0.22212442
O. ~2186538
0.22052610
0.21993086
0.21968284
0.21536737
0.21527918
0.21340419
0.21304104
0.21219903
0.21180696
0.20947562
0.20900935
0.20885062
0.20860260
0.20845379
0.. 20809665
0.20762046
0.20647297
0.20633519
0 .. 20622496
0.20589421
0.20577522
0.20'49546
0.20334467
0.20318924
0-20299083
0.19679044
0.19668021
0.19619019
0.19618087
0 .. 19558503
T
6.320
6.323
6.324
6.328
6.332
6.337
6.338
6.342
6.344
6.346
6.354
6.356
6.356
6.360
6.362
6.364
6.365
6.365
6.370
6.373
6.314
6.319
6.379
6.319
6.388
6.389
6.392
6.394
6.394
6.395
6.397
6.403
6.406
6.407
6 .. 412
6.413
6.415
6. 420
6.421
6.429
6.. 439
6.444
6.444
6.445
6.449
6.453
6.457
6.462
6.463
6.465
6.. 461
Z
0.856
0.859
0.860
0.865
0.869
0.874
0.875
0.879
0.881
0.884
0.892
0.894
0.894
0.899
0.900
0.902
0.904
0.904
0.909
0.911
0.913
0.918
0.918
0.918
0.927
0.929
0.931
0.933
0.933
0.935
0.937
0.943
0.946
0.941
0.952
0.953
0.956
0.961
0.962
0.971
0.981
0.986
0.986
0.981
0.991
0.996
1.000
1.004
1.006
1.008
1.010
P
0.19538122
0.19439516
0.19394873
0.19370071
0.19254992
0.19111143
0.18868087
0.18734159
0.18725892
0.18686209
0.18595931
0.18515574
0.18501301
0.18429595
0.18361095
0.18307572
0.18300958
0.18295667
0.18287400
0.18127016
0.18111143
0.18095601
0.18011964
0.18011351
0.18068595
0.17845381
0.17807021
0.11801840
0.11667912
0.11605412
0.17598198
0.17590531
0.17431801
0.17426620
0.17420006
0.17041982
0.11041369
0.17021527
0.16986805
0.16891567
0.1.6785147
0.16747387
0.1£738459
0.164954D3
0.1£435819
0.16391237
0.16292030
0.16244081
0.16098247
0.16022079
0.15995293
-38-
m=lO (continued)
T
'-.71
6.473
6.475
6.477
6.479
"lt81
6.487
6.489
6.490
6.490
6.495
6.499
6.503
6.504
6.504
6.506
6.508
6.513
6.517
6.522
6.523
6.528
6.531
6.532
6.537
6.537
6.538
6.540
6.545
6.546
6.554
6. 556
6.560
6.560
6.564
6.570
6.513
6.574
6.578
6.579
6.582
6.587
6.587
6.588
6.590
6.592
6.594
6.596
6.600
6.603
6.606
Z
1.014
1.016
1.018
1.020
1.023
1.024
1.030
1.033
1.035
1.035
1.039
1.043
1.0lt8
1.049
1.049
1.051
1.053
1.058
1.062
1.068
1.0.68
1- 074
1.076
1.078
1.083
1.083
1.084
1.087
1.091
1.093
1.101
1.103
1.101
1. 107
1.111
1.117
1.120
1. 122
1.126
1.127
1.130
1.135
1.135
1.136
1.139
1. 140
1. 142
1.145
1.149
1.152
1.155
P
0.15987026
0.15891788
0.15871947
0.15869142
0.15835020
0.15826091
0.15811211
0.15700981
0.15698777
0.15697013
0.15694257
0.15598021
0.15523622
0.15350011
0.15314291
0.15299416
0.15297212
0.15294456
0.15253781
0.15248601
0.15245845
0.15121831
0.15026599
0.15001797
0.14970051
0.14598028
0.14553385
0.14538504
0.14531890
0.14511051
0.14448888
0.14225673
0.14205832
0.14161189
0.111140356
0.14136388
0.14016864
0.14028253
0.14013372
0.13953848
O. 13951644
0.13919898
0.13895096
0.13721485
0~.3.583588
0.13514660
0.13569699
0.13489342
0.13419236
0.13417032
0.13410418
.
6.T606
6.610
6.612
6.614
6.615
6.615
6.620
6.624
6.628
6.629
~i. 62 9
6.633
ti.638
6.639
6.642
6.644
tie 64 4
6.646
6.647
6.649
6.653
6.656
6.65.6
6.651
6.662
6.662
6.663
6.665
Ci. 671
6.675
6.679
6.681
6.689
6.689
Ci.695
6.699
6.103
6.703
Ci.104
6.707
6.112
6.712
6.113
6.717
6.721
6.723
6.725
6.727
6.128
6.729
6.731
1: 155
1.160
1.161
1.163
1.165
1.165
1.170
1.174
1.178
1. 180
1.180
1. 184
1.188
1.190
1. 192
1.195
1.195
1.197
1.198
1.200
1.204
1.207
1.207
1.209
1.213
1.213
1.214
1.217
1.223
1.227
1.232
1.233
1.242
1.242
1.248
1.252
1.257
1.257
1.258
1.261
1.265
1.265
1.261
1.271
1.215
1.277
1.279
1.282
'1.283
1.284
1.285
0.')405458
0.13373381
0.13281119
0.13214982
0.13211013
0.13199109
0.13194148
0.13169347
0.13144545
0.13040379
0.13018774
0.13010506
0.13001751
0.12972036
0.12940290
0.12932023
0.12901222
0.12733611
0.12705833
0.12100873
0.12695912
0.12629775
0.12621507
0.12614563
0.12603981
0.12380167
0.12353981
0.12352328
O. '2217923
0.12161852
o. 12160529
0.12076204
0.12014550
0.12013227
0.12053386
0.12017672
0.11911106
0.11788175
0.11773294
0.11768333
0.11751151
0.11742870
0.11638704
0.11583699
0.11518739
0.11444811
0.11422165
0.11421442
0.11385728
0.11381759
0.11317191
e
eo,
e
-39-
.
1
m=lO (continued)
e
--
_
T
6.737
6.739
6.739
6.740
6.140
6.745
6.746
6.749
6.753
6.754
6.754
6.758
6.763
6.767
6.. 770
6.171
6.772
6.773
6.773
6.774
6.777
6.778
6.781
6.782
6.787
6.781
6.790
6.792
6.796
6.800
6.804
6.806
6.806
6.810
6.814
6.815
6.823
6.823
6.824
6.828
6.828
6.829
6.832
6.838
6.839
6.842
6.844
6.846
6.847
6.850
6.853
Z
1.291
1.294
1.294
1.296
1.296
1.300
1.301
1.304
1.309
1.310
1.310
1.314
1.319
1.323
1.326
1.. 328
1.329
1.329
1.329
1.330
1.334
1.335
1.337
1.339
1.344
1.344
1.348
1.349
1.354
1.358
1.362
1.. 364
1.364
1.369
1.312
1.374
1.381
1.381
1.383
1.387
1.387
1.388
1.391
1.397
1.399
1.401
1.403
1.406
1.401
1.410
1.413
P
0.11361587
0.11138373
o. 11137051
0.11102328
0.11098360
0.11096707
0.11081826
0.11077857
0.11065953
0.109"'945
0.10902262
0.10887381
0.10885728
0.10881760
0.10873493
0.10866879
0.. 10804379
0.10802725
0.10728321
0.10719392
0.10711739
0.10571905
O. 10532223
0.10528255
0.10489564
0.. 10420671
0.10296663
0.10271861
O. 10271310
0.10218731
O. 10217408
0.10083480
0.10082928
0.10071024
0.0994101.6
0.09938087
0.0993643.4
0.09931474
0.09896751
0.09881429
0.09771310
0.09762382
0.09161831
0.09717188
0.09627902
0.09626579
0.09621178
0.09608281
0.09537845
0.09536192
0.09534869
T
6.854
6-856
6.856
6.862
6.864
6.865
6.865
6.870
6.871
6.874
6.878
6.. 879
6.879
6.882
6.883
6.889
6.892
6.894
6.894
6.895
6.896
6.897
6.903
6.906
6.907
6.912
6.912
6.913
6.915
6.917
6.920
6.921
6.925
6.. 927
6.929
6.939
6.939
6.939
6.940
6.944
6.949
6.953
6.957
6.958
6.963
6.965
6.967
6.971
6.972
6.973
6.975
Z
1.415
1.416
1.416
1.'22
1.425
1.426
1.1126
1.431
1.432
1.435
1.439
1.. 441
1.·.. 41
1... 44
1.445
1.451
1.454
1.456
1. 'SC
1.457
1.458
1.459
1.466
1.468
1.470
1.. 474
1.474
1.476
1.478
1.480
1...83
1.484
1.488
1.490
1.493
1.503
1.503
1.503
1.505
1.. 508
1.513
1.518
1.522
1.523
1.528
1.531
1.532
1.536
1.538
1.538
1.541
P
0.09532664
0.09523736
0.09518334
0.09513374
0.09319446
0.09364565
0.09351337
0.09346377
0.09270319
0.09261390
0.09257422
0.09183017
0.09142894
0.09137272
0.09116439
0.09114785
0.0.9101558
0.09100235
0.09085354
0.09057576
0.09053608
0.09026822
0.09021862
0.08887933
0.08886611
0.08873714
0.08832378
0.08757973
0.08752682
0.08708039
0.08701488
0.. 08603322
0.08514036
0.08511060
0.08502131
0.08476227
0.08473251
0.08436545
0.08433569
0 .. 08433017
0.08406232
0.08376470
0.08020981
0.08006100
0.08005548
0.07991219
0.07988242
0.07982841
0.078518'"
0.07857290
0.018126 1n
-40-
m=lO (continued)
T
6.~77
6.978
6.979
6.981
6.9.82
6.987
6.989
6.989
6.990
6.990
6.995
6.996
7.004
7.004
1.006
7.007
7.008
7.010
7.013
7.014
7.017
7.021
1.022
7.023
7.023
7.028
7.032
7.037
7.037
7.038
7.040
7.045
7.046
7.050
7.054
7.060
1.060
7.064
7.070
7.074
1.078
7.079
7.082
1.083
7.087
7.088
7.089
7.090
7.092
7.094
1.096
Z
1.5'3
1.544
1.545
1.5'6
1.548
1.553
1.555
1.556
1.557
1.557
1.561
1.563
1.571
1.571
1.573
1.574
1.575
1.577
1.580
1.581
1.584
1.589
1.590
1.590
1.590
1.596
1.600
1.605
1.605
1.606
1.609
1.614
1.615
1.619
1.623
1.6,)0
1.630
1.633
1.640
1.644
1.648
1.650
1.652
1.654
1.657
1.658
1.6£0
1.661
1.662
1.665
1.6.7
P
0.07807687
0.07703520
0.07702198
0.07101206
0.01689301
0.07686325
0.07650500
0.07645540
0.07620738
0.01616329
0.076146676
0.07569041
0.07566726
0.07486369
0.01417440
0.01476118
0.07469173
0.07467520
0.07447678
0.07429160
0.07428168
0.07426845
0.07382202
0.07380549
0.07366770
0.07341969
0.07261611
0.07231850
0.07190514
0.07164059
0.07152154
0.07137273
0.07074773
0.06984495
0.06981519
0.06956717
0.06936876
0.06929932
'J). 06920011
0.06895210
0.06885289
0.06671995
0.06670673
0.06629006
0.06628455
0.06554050
0.06544129
0.06543688
0.06542696
0.06538728
0.06529800
T
1'.100
i'.103
1.106
7.106
jr. 107
i'. 110
i'.112
7.114
-;r.115
7.115
7.120
7.121
7.125
1.129
7.129
7.132
1'.133
7.138
1'.139
1.139
7.144
7.146
7.147
7.149
7.153
i'.156
7.157
1'.162
"}'.162
7.163
7.165
7.171
1.175
7.177
7.179
7.179
7.181
7.189
7.189
i'. 195
1.199
7.203
1.203
7.204
7.207
1.212
7.213
1.217
1.221
7.223
1.225
Z
1.671
1.674
1.617
1.677
1.679
1.682
1.683
1.686
1.687
1.687
1.692
1.693
1.697
1.702
1.102
1.705
1.706
1.711
1.712
1.712
1.717
1.719
1.720
1.722
1.727
1.730
1.731
1.735
1.135
1.737
1.740
1.745
1.749
1.752
1.754
1.754
1.755
1.764
1.764
1.770
1.774
1.779
1.779
1.780
1.783
1.788
1.789
1.793
1.798
1.799
1.802
P
0.06454182
0.06449222
0.06434341
0.06430373
0.06415161
0.06414169
0.06398296
0.06376801
0.06367873
0.06341087
0.06338111
0.06208592
0.06205615
0.06205285
0.06190624
0.06189632
0.06174751
0.06173098
0.06131431
0.06131101
0.06104315
0.06029910
0.06024950
0.06021974
0.06018005
0.05941396
0.05920563
0.05910642
0.05885840
0.05869967
0.05868204
0.05859937
0.05679133
0.05675826
0.05672850
0.05663481
0.05Q59512
0.05657528
0.05654221
0.05583123
0.05568243
0.05564936
0.05503207
0.05498247
0.05495271
0.05481382
0.05436739
0.05422740
0._05418772
0.05279883
0.05212118
e
e~
e
-41-
e
-e
e
m=!O (continued)
T
1.221
7.228
7.229
7.231
1.232
1.237
7.237
7.239
7.240
7.240
7.245
7.246
7.249
7.250
7.254
7.257
7.258
7.260
1.263
1.264
7.272
7.273
1.213
7.274
7.217
7.278
7.281
7.282
7.287
7.288
7.290
7.292
1.296
7.300
7.304
7.304
7.306
7.306
7.314
1_ 315
1.320
7.323
7.324
7.328
1.328
7.329
1.332
7.338
7.339
7.342
7.344
Z
1.804
1.805
1.806
1.808
1.809
1.814
1.814
1.816
1.818
1.818
1.822
1.824
1.827
1.828
1.832
1.835
1.837
1.839
1.841
1.842
1.851
1.851
1.851
1.853
1.856
1.857
1.860
1.861
1.866
1.867
1.870
1.871
1.87£>
1.880
1.885
1.885
1.886
1.886
1.895
1.896
1.901
1.904
1.905
1.909
1.909
1.911
1.914
1.919
1.921
1.924
1.926
P
0.05269742
0.05202281
0.05193353
0.05181448
0.051781111
0.05177149
0.05152348
0.05137467
0.05134491
0.05125562
0.05124570
0.05046858
0.05037599
0.05023710
0.05023379
0.05010483
0.05005522
0.05004530
0.04992626
0.04954927
0.04954596
0.04953604
O. 0~945337
0.04940046
0.04938123
0.04890112
0.04844147
0.04841171
0.04780903
0.04574223
0.04573231
0.04570475
0.04569814
0.04528009
0.04524702
0.04509821
0.04500893
0.04500232
0.04"95271
0.04475182
0.04414190
0.04432854
0.04411913
0.04416871
0.04319834
0.04376857
0.04376521
0.04330230
0.04301213
0.04298236
0.042971~
T
7.346
7.347
7.350
7.353
7.354
7.356
7.356
7.357
7.362
7.362
7.364
7.365
7.370
7.371
7.374
7.375
7.379
7.379
7.383
7.388
7.389
7.389
7.392
7.394
7.399
7.403
7.406
7.407
7.412
7.413
7.415
1.415
7.417
7.420
7.421
7.425
7.427
1_429
7.429
1.431
7.437
7.439
1.439
7.439
7.440
7.444
7.445
7.447
1.449
7.453
7.457
Z
1.928
1.929
1.932
1.936
1.937
1.938
1.938
1.940
1.944
1.944
1.947
1.948
1.953
1.954
1.957
1.958
1.963
1.963
1.967
1.972
1.913
1.973
1.976
1.978
1.983
1.988
1.990
1.992
1.997
1.998
2.001
2.001
2.002
2.005
2.006
2.011
2.013
2.015
2.015
2.016
2.023
2.025
2.026
2.026
2.027
2.030
2.031
2.034
2.035
2.040
2.044
p
0.04284237
0.04256019
q.04255027
0.04252050
0.04247090
0.04220304
0.04219202
0.04193298
0.04192968
0.04178087
0.04169158
0.04167505
0.04163206
0.04095966
0.04015877
0.04071247
0.04011137
0.04065735
0.0_056807
0.04055815
0.03981410
0.03981300
0.03965918
O.0396ij986
0.03920343
0.03920012
0.03872063
0_ 03871071
0.03850981
0.03726974
0.03123887
0.03718927
0.03715951
0.03715289
0.03680567
0.03631708
0.03625011
0.03622035
0.03587313
0.03586321
0.03585990
0.03584337
0.03577640
0.03565295
0.03564303
0.03563972
0.03555043
0.03530242
0.03529250
0.03519577
0.03486508
-42-
m=lO (continued)
T
7.458
7.463
7.465
7.467
7.471
7.472
7.1173
7.473
7.475
7.477
1.478
7.479
7.481
7.482
7.487
7.487
7.489
7.490
7.495
7.496
1.499
7.500
7.504
7. Sou
7.513
7.514
7.517
7.523
7.524
7.528
7.531
7.532
7.537
7.537
7.538
7.540
7.540
7.542
7.545
7.546
7.546
7.550
7.554
7.556
7.556
1.558
7.560
7.562
7.564
7.570
7.572
Z
2.045
2-050
2.053
2.054
2.059
2.060
2.060
2.060
2.063
2.065
2.066
2.067
2.069
2.070
2.075
2.075
2.077
2.079
2.084
2.085
2.088
2.089
2.093
2. 093
2.102
2.103
2.106
2.113
2. 114
2. 118
2.121
2.123
2.127
2.127
2.128
2.131
2.131
2. 132
2.136
2. 137
2.137
2.141
2.146
2. 147
2.147
2-150
2.152
2-153
2.156
2.162
2.164
P
0.0347107.6
0.03470746
0.03.'11924
0.031135996
~. 0343 4894
0.03406124
0.03405793
0.03400833
0.03397857
0.03397305
0.03362583
0.03359607
0.03356631
0.03349934
0.03343238
0.03307414
0.03302453
0.0.3301902
0.03300469
0.03260125
0.03254917
0.03230115
0.03230005
0.03221076
0.03200987
0.03185224
0.03182992
0.031820DO
0.03140664
0.03140554
0.03111784
0.03103517
0.03087231
0.02963223
0.02961018
0.02954322
0.02952668
0.02951676
0.02951566
0.02930733
0.029110811
0.02910092
0.02903396
0.02828991
0.02828881
0.02820614
0.02820283
0.02813339
0.02812346
0.02809122
0.02781014
T
1.514
7.578
7.579
7.582
1.583
7.587
7.588
7.589
1.590
7.592
7.594
1.596
7.600
7.603
7.606
7.606
7.607
7.612
7.612
1.614
1.615
1.615
1.620
7.621
1.624
7.625
1'.629
7.629
~'. 638
1.639
7'.639
1'.642
1'.644
7.647
7'.649
1.653
1'.656
7.656
1.657
7.662
7.662
7.663
7.665
".667
7.671
7.671
7.673
7.675
1.677
7.679
7.679
Z
P
2.166 0.02780683
2.171 0.02777459
2.172 0.02757618
2.175 0.02756626
2.176 0.02747036
2.179 0.02746705
2.181 0.02721903
2.182 0.02671060
2.183 0.02670068
2. 185 0.02667092
2.187 0.02664860
2.189 0.02638074
2.193 0.02615036
2.197 0.02614485
2.199 0.02612832
2.200 0.02610599
2.201 0.02597151
2.205 Q..Q2594919
2.205 0.02573425
2.208 0.02570448
2.210 0.02569456
2.210 0.02566480
2.214 0.02559784
2.215 0.02534982
2.218 0.02528286
2.219 0.02520019
2.224 0.02519275
2.224 0.02512551
2.233 0.02505138
2.234 0.02488273
2.234 0.02487529
2.237 0.02477939
2.239 0.02475183
2.243 0.02450381
2.244 0.02448149
2.249 0.02445917
2.251 0.02424422
2.252 0.02421667
2.253 0.02414722
2.258 0.02409293
2.258 0.02334889
2.259 0.02333566
2.262 0.02331830
2.263 0.02301028
2.268 0.02306918
2.268 0.02274924
2.269 0.02272692
2. 212 0.02272361
2.274 0.02271286
2.276 0.02270294
2.276 0.02242186
e
e·
e
-43-
m=lO (continued)
e
--
_
T
7.681
7.683
7.687
7.689
7.689
7.695
1.699
7.703
7.703
7.704
7.707
7.712
7.713
7.717
7.721
7.723
7.723
7.725
7.727
7.728
7.129
7.731
7.732
7.737
7.737
7.739
7.740
7.140
7.145
7.746
7.746
7.749
7.750
7.754
7.754
7.158
7.763
7.764
7.767
7.770
7.772
7.773
7.773
7.774
7.778
7.781
7.782
7.782
7.787
.1.788
1.790
Z
2.278
2.280
2.28'
2.286
2.287
2. 292
2.297
2.301
2.301
2. 302
2.305
2.310
2.311
2.315
2.320
2.321
2.321
2.324
2.326
2.327
2.328
2.330
2.331
2.336
2.336
2.338
2.340
2.340
2.345
2.346
2.346
2.349
2.350
2.355
2.355
2.359
2.363
2.365
2.367
2.371
2.373
2.374
2.374
2.375
2.379
2.382
2.384
2.384
2.388
2.389
2 .. 392
P
0.02240863
0.02238631
0.02238300
0.02236647
0.02235572
0.02228958
0.02212093
0.02195145
0.02175304
0.02170344
0.02168112
0.02164915
0.02150034
0.02130165
0.02127933
0.02083290
0.02076125
0.02075133
0.02074803
0.02049009
0.02048017
0.02044049
0.02038014
0.02035782
0.01961377
0.01956417
0.01956086
0.01955094
0.01952862
0.01937981
0.01936245
0.01935914
0.01930292
0.01929548
0.01916651
0.01904995
0.01904251
0.01902377
0.01901633
0.01898877
0.01896672
0.01895928
0.01811127
0.01870686
0.01869942
0.01857045
0.01855722
0.01845051
0.01844313
0.01715420
0.01773188
T
7.792
7.796
7.7i6
7.800
7.804
7.804
7.806
7.806
7.812
7.814
7.814
'7.815
7.820
7.823
7.824
7.828
7.828
7.829
7.832
7.838
7.839
7.842
7.844
7.846
7.847
7.850
7.853
7.854
7.85.6
7.856
7.857
7.862
7.862
7.864
7.865
1.865
7.870
7.871
7.871
7.874
7.875
7.879
7.879
7.883
7.889
7.889
7.892
7.894
7.835
7.897
7.899
Z
2.394
2.398
2.398
2.402
2.407
2.407
2.408
2.408
2.414
2.417
2.417
2.418
2.423
2.426
2.427
2.432
2.432
2. 433
2.436
2.442
2.443
2.4U6
2.448
2.450
2.452
2.454
2.458
2. 459
2.460
2.461
2.462
2.461
2.467
2.469
2.411
2. 471
2.475
2.476
2.476
2.479
2.481
2.485
2.485
2. 489
2.495
2.496
2.498
2. 500
2.501
2. 504
2. 505
P
0.01764921
0.01764177
0.01747725
0.01747146
0.01746072
0.01701429
0.01698453
0.01697709
0.01692087
0.01691095
0.01688863
0.01688119
0.01687375
0.01684619
0.01679659
0.01674009
0.01662105
0.01659128
0.01657888
0.01643007
0.01611013
0.01610683
0.01608671
0.01601726
0.01584861
0.01584613
0.01584283
0.01583732
0.01574803
0.01512791
0.01567831
0.01567087
0.01522444
0.01519468
0.01514508
0.01510'209
0.01506323
0.01417663
0.01475431
0.01474687
0.01472813
0.01472565
0.01459228
0.01453633
0.01452889
0.01452641
0.01448342
0.01447902
0.01433021
0.01431698
0.01429300
-44-
I
m=lO (continued)
T
7.903
7.906
7.907
7.907
7.912
7.913
7.915
7.915
7.917
7.921
7.921
7.923
7.925
7.925
7.927
7.929
7.929
7.931
7.937
7.939
7.939
7.939
7.939
7.940
7.945
7.947
7.949
7.953
7.954
7.957
7.958
7.963
7.965
1.967
7.971
7.972
7.973
7.973
7.975
7.978
1.979
7.981
7.982
7.982
1.981
7.987
7.989
7.990
7.990
7.995
7.996
P
Z
2.510
2. 513
2.514
2. 514
2.519
2. 520
2.523
2.523
2.524
2.529
2.529
2.530
2.533
2. 533
2.535
2.537
2.537
2. 539
2.545
2.547
2.547
2.548
2.548
2.549
2.554
2.556
2.558
2.562
2.564
2.566
2.568
2.572
2.575
2.576
2.581
2.582
2.583
2.583
2.585
2.588
2.590
2.591
2.593
2.593
2.597
2. 597
2.600
2. 60 1
2.601
2.606
2.607
0.01428556
0.01383914
0.01383473
0.01379918
0.01379670
0.01338334
0.01336432
0.01321551
0.01320559
0.01319815
0.01290797
0.01290053
0.01289723
0.01288979
0.01288731
0.01285754
0.01269171
0.01269440
0.01268696
0.01268145
0.01267401
0.01267153
0.01263185
0.01262193
0.01261945
0.01260291
0.01259961
0.01249296
0.01238273
0.01236041
O. 12310 81
0.01230998
0.01225569
0.01222593
0.01220581
0.01193196
0.01193713
0.01178832
0.01177840
0.01176187
0.01175856
0.01174864
0.01171144
0.01170399
0.01170151
0.01150861
0.01149208
0.01141554
0.01146122
0.01144826
0.01121631
°
T
7.996
8.000
8.004
8.004
8.006
8.008
8.013
8.014
8.014
8.017
8.022
8.023
8.024
8.028
8.032
8.032
8.037
8.037
8.038
8.040
,B.040
8.042
8.046
8.046
8.050
8.050
IB.054
IB.056
IB.05ii
:8.058
lB.060
8.062
lB. 064
8.064
lB. 06 5
8.070
8.012
lB. 074
8.078
8.079
8.082
8.083
8.088
8.089
B.090
8.092
8.094
8.096
~~. 097
8.100
8.103
Z
2.607
2.611
2.616
2. (;16
2.617
2.620
2.624
2. 626
2.626
2.629
2.634
2. 635
2.636
2.641
2.645
2.645
2.649
2- 649
2.651
2.653
2.653
2.655
2.659
2.659
2.663
2.663
2.668
2.669
2.670
2.612
2.674
2. 675
2.678
2.618
2.680
2.684
2.687
2. 688
2.693
2. 694
2.697
2.698
2.70.3
2.104
2.706
2.707
2.709
2.111
2.713
2-116
2.719
p
e
0.01127052
0.01126638
0.01126390
0.01099605
0.01089932
0.01089491
D.01088692
0.01086487
0.01086239
0.01085991
0.01085551
0.01084751
0.01070973
0.01070725
0.01043939
0.01034266
0.01034018
0.00992682
0.00990478
0.00986758
0.00981797
0.00981467
0.00981219
0.00951209
0.00950795 e~
0.00950051
0.00949803
0.00925002
0.00924754
0.00924203
0.00924092
0.00917148
0.00916817
0.00913593
0.00913345
0.00912601
0.00904334
0.00904223
0.00900669
0.00894055
0.00893035
0.00884107
0.00884024
0.00879808
0.00879691
0.00818105
0.00817465
0.00868537
0.00858947
0.00858699
0.00857045
e
-45-
I
,
e
1II=10 (continued)
--
_
T
8.106
8.106
8.101
8.107
8.112
8.112
8.114
8.115
8.115
8.121
8.121
8.125
8.125
8.129
8.129
8.133
8.138
8.139
8.139
8.139
8.147
8.149
8.153
8.157
8.157
8.162
8.162
8.163
8.165
8.167
8.171
8.171
8.173
8.175
8.115
8.177
8.179
8.179
8.181
8.183
8~ 181
8.189
8.189
8.189
8.190
8.195
8.199
8.203
8.203
8.204
8.207
Z
2.121
2.122
2.123
2.723
2.128
2.728
2.730
2.732
2.732
2.738
2.138
2.742
2.742
2.746
2.746
2.750
2.755
2.756
2.756
2.757
2.765
2.767
2.171
2.775
2.775
2.780
2.780
2.781
2.784
2. 785
2.790
2.790
2.791
2.794
2.794
2.796
2.799
2.199
2.800
2.803
2.806
2. 808
2.808
2.809
2.810
2. 815
2.819
2.823
2.823
2. 825
2.828
P
0.00852085
0.00850845
0.00845113
0.00844865
0.00844782
0.00833208
0.00832216
0.00829240
0.00820311
0.00817087
0.00816343
0.00815599
0.00815516
0.00815434
0.00809371
0.00807304
0.00806505
0.00801545
0.00801462
0.00801380
0.00792451
0.00790715
0.00789.75
0.00777901
0.00714611
0.00714594
0.0014979.2
0.00748470
0.00741946
0.00739679
0.00739431
0.00679163
0.00618419
0.00618309
0.00677234
0.00617151
0.00616159
0.00666790
0.00665461
0.00664888
0.00664118
0.00664221
0.00663152
0.00663069
0.00..660865
0.00660611
0.00655651
0.00654251
0.00641631
0. 00642617
0.006110941
T
8.208
8.213
8.211
8.221
8.222
8.223
8.223
8.225
8.227
8.228
8.231
8.232
8.232
8.237
8.237
8.239
8.240
8.240
8.246
8.246
8.249
8.250
8.250
8.254
8.254
8.258
8.263
8.26-4
8.264
8.212
8.273
8.213
8.274
8.278
8.282
8.282
8.288
8.290
8.292
8.296
8.296
8.300
8.300
8.304
8.304
8.306
8.306
8.312
8.314
8.314
8.315
Z
2. 829
2.833
2.837
2. 842
2. 843
2. 844
2.8-44
2.846
2.848
2.849
2.852
2.854
2.854
2.858
2.858
2.861
2.862
2.862
2.868
2.868
2.871
2.872
2.872
2. 871
2.877
2.881
2.886
2. 881
2.887
2. 895
2.896
2.896
2.897
2.902
2.906
2. 906
2.912
2.915
2.916
2.920
2.920
2.925
2.925
2. 929
2.929
2.930
2.9.31
2.937
2.939
2. 939
2.941
P
0.00631965
0.00631882
0.00633115
0.00631875
0.00616994
0.00616911
0.00613053
0.00612722
0.00611730
0.00606770
0.00603794
0.00602719
0.00602471
0.00602223
0.00577421
0.00572461
0.00571469
0.00568493
0.00567418
0.00564359
0.00564166
0.00562513
0.00562430
0.00562348
0.00555403
0.00553171
0.00552592
0.00552041
0.00551958
0.00551710
0.00551132
0.00542864
0.00542424
0.00542010
0.00535066
0.00514916
0.00514128
0.00514480
0.00511125
0.00511532
0.00497891
0.00497698
0.0049_623
0.00496541
0.00481660
0.00478684
0.00478491
0.00476837
0.00476506
0.00469810
0.00"69562
-46-
m=lO (continued)
T
8.320
8.324
8.328
.. 328
1.329
1.332
8.333
8.338
8.339
8.342
8.344
8.346
8.347
8.350
8.353
8.356
8.357
8.357
8.362
8.362
8.364
8.365
8.365
8.370
8.371
8.371
8.374
8.375
8.375
8.379
8.379
8.383
8.38.9
8..389
8.389
8.397
8.399
8.403
8.407
8.407
8.413
8.415
8.415
8.417
8.'21
8.421
8.423
8.425
8.425
8.427
8.429
Z
2.945
2.949
2.954
2. 954
2.955
2. 958
2.959
2.964
2.9£6
2.968
2.910
2. 973
2.914
2.977
2.980
2.983
2.984
2.984
2.989
2.989
2.991
2.993
2.993
2.997
2.999
2.999
3.002
3.003
3.003
3.007
3.001
3.012
3.011
3.017
3.018
3.026
3.028
3.032
3.036
3.036
3.042
3.045
3.045
3.046
3.051
3.051
3.053
3.055
3.055
3.057
3.060
P
O. Q0468983
0.00466228
0.00465159
0.00461791
0.00458815
0.00458291
0.00453331
0.00453248
0.00443576
0.00442583
0.00442225
0.00441233
0.00_35611
0.00435198
0.00434206
0.00432553
0.00432194
0.00432112
0.00432029
0.00417148
0.00414112
0.00412518
0.00410204
0.00409460
0.00395681
0.00388984
0.00388136
0.00388185
0.00388158
0.00388075
0.00383335
0.00380111
0.00379532
0.00379505
0.00379422
0.00377101
0.00316859
0.00376777
0.00361896
0.00355199
0.00355117
0.00354091
0.00349137
0.00348145
0.00347952
0.00332327
0.00332079
0.00331968
0.00329736
0.00329654
0.00326617
T
8.429
8.431
8.431
8.439
8.439
8.439
8.439
8.440
8.445
8.447
8.449
8.454
8.457
8.458
8.463
8.467
8.471
8.472
8.473
8.473
8,.415
8.478
8.481
8.482
8.482
8.487
8.481
8.489
8.490
8;.490
8.495
8,.496
8.496
8.500
8.500
8.504
8.504
8;.508
8.513
8.514
8.514
8.522
8.524
8.528
8.532
8.532
8.537
8.538
8.540
8.540
8.542
Z
3.060
3. 061
3.061
3.070
3.070
3.070
3.070
3.071
3.016
3.078
3.080
3.086
3.089
3.090
3.094
3.099
3.103
3.104
3.105
3.105
3.107
3. 111
3.113
3.115
3.115
3.119
3.119
3.122
3.123
3.123
3.128
3.129
3.129
3.133
3.133
3.138
3.138
3.142
3.147
3.148
3.148
3.157
3.158
3.163
3.167
3.167
3.112
3.173
3.176
3.176
3.177
p
0.00325024
0.00324693
0.00324611
0.00324059
0.00321827
0.00321745
0.00320422
0.00319430
0.00319237
0.00317583
0.00317253
0.00314029
0.00313285
0.00311631
0.00311493
0.00309206
0.00308848
0.00299919
0.00299781
0.00294821
0.00293829
0.00293278
0.00292286
0.00290054
0.00287822
0.00287739
e
e-
0.0028~983
0.00283330
0.00282779
0.00282007
0.00281759
0.00273492
0.00271756
0.00271618
0.00271590
0.00271508
0.00262579
0.00255883
0.00255800
0.00253595
0.00252851
0.00252769
0.00252686
0.00252658
o. 00 2~3730
0.00238522
0.00238439
0.00236234
0.00234002
0.00232349
0.00232018
e
-47, .
~
j
e
+e
e
m=10 (continued)
T
8.546
8.546
8.550
8.550
8.556
8.55.6
8.558
8.562
8.564
8.. 564
8.565
8.570
8.. 572
8.574
8.579
8.. 582
8.583
e.. 588
8.589
8.592
8.596
8.597
8.600
8.603
8.. 606
8.606
8.607
8.607
8.612
8.612
8.614
8.615
8.615
8.621
8.621
8.625
8.625
8.629
8.. 629
8.633
8.. 638
8.639
8.639
8.639
8.. 647
8.649
8.653
8.657
8.657
8.662
8.663
Z
3.181
3.181
3.186
3.186
3.191
3.192
3.194
3.198
3.200
3. 200
3.202
3.206
3.209
3.. 210
3.216
3.. 219
3.220
3.225
3.227
3.229
3.234
3.235
3.238
3.241
3.244
3.. 244
3.245
3.245
3.250
3.250
3.252
3.. 254
3.254
3.. 260
3 .. 260
3.264
3.264
J. 269
3.269
3. 273
3.277
3.278
3.278
3.279
3.287
3.289
3.293
3. 298
3 .. 298
3. 302
3.303
P
0.00231990
0.00221326
0.00220968
0.00218735
0.00218653
0.00218625
0.00218074
0.00217964
0.00217633
0.00215897
0.00215814
0.00215566
0.00207299
0.00207189
0.00206114
0.00205701
0.00202125
0.00202587
0.00199859
0.00199528
0.00198784
0.00197792
0.00191709
0.00197158
0.00195505
0.. 00194161
0.00192005
0.00191261
0.00191233
0.00189580
0.. 00188588
0.00187596
0.00184619
0.00182387
0.00180155
0.00179907
0.00179659
0.00179632
0.00178199
0.00176463
0.00116380
0.00171420
0.. 00171172
0.00171144
0 .. 00168168
0.00167424
0.00166680
0.00165026
0.00163290
0.00163263
0.00161940
T
I
t
8.661
8.611
8.611
8.673
8.615
8.675
8.671
8.679
8.681
8.683
8.687
8.689
8.689
8.690
8.695
8.699
8.. 104
8.707
8.708
8.713
8.117
8.. 722
8.723
8.. 723
8.125
8.728
8.131
8.732
8.132
8.. 737
8.739
8.. 740
8.140
8.. 746
8.746
8.749
8.150
8.750
8.754
8.754
8.758
8.763
8.764
8.764
8.172
8.773
8.774
8.778
8.182
8.. 782
8.188
Z
3.307
3.312
3.312
3.314
3.316
3.316
3.318
3.321
3.322
3.325
3.328
3.331
3.331
3.332
3.337
3.341
3.347
3.350
3.351
3.. 356
3.360
3.366
3.366
3.366
3.368
3.312
3.314
3.376
3.316
3.380
3.383
3.385
3.385
3.390
3.390
3.393
3.395
3.395
3.399
3-399
3.. 403
3.408
3.409
3.409
3.. 418
3.418
3.419
3. 424
3.428
3. 428
3.434
P
0.001"36'
0.00161334
0.00141244
0.00140500
0.001~0390
0.00139811
0.00139184
0.00138792
0.00137469
0.00136725
0.00136615
0.00136064
0.00135485
0.00135457
0.00135375
0.00130414
0.00129505
0.00128761
0.00127769
0.00127741
0.. 00125123
0.. 00124379
0.00124352
0.. 0012 3801
0.00123470
0.00123139
0.00122147
0.00121568
0.00120824
0.. 00120742
0.00115781
0.00115451
0.00114459
0.. 00113715
0.. 00112474
0.00112337
0.00110683
0.. 00110435
0.00110408
0.00109416
0.00107183
0.00106935
0.00106384
0.00106136
0.00106054
0.00105806
0.00105365
0.00105117
0.00104125
0.. 00097428
0.00097180
-48-
m=10 (continued)
T
8.192
8.796
8.196
8.800
8.800
8.804
8.806
8.806
8.812
8.814
8.814
8.815
8.820
8.824
8.825
8.833
8.838
8.839
8.842
8.847
8.850
8.853
8.856
8.857
8.851
8.862
8.865
8.865
8.871
8.871
8.874
8.875
8.875
8.879
8.819
8.. 883
8.889
8.889
8.889
8.. 897
8.899
8.907
8.907
8.913
8.915
8.917
8.921
8.921
8.923
8.925
8.925
Z
3.438
3.443
3.443
3.441
3.447
3.451
3.453
3.453
3.459
3.461
3.461
3.463
3.461
3. 472
3.417
3.482
3.486
3.488
3.490
3.496
3.499
3.502
3.505
3. 506
3.506
3. 511
3.515
3.515
3.521
3.521
3.524
3.525
3.525
3. 530
3.530
3.534
3.540
3.540
3.540
3.548
3.550
3.559
3.559
3.564
3.561
3.569
3.573
3.573
3.575
3.577
3.511
P
0.0009643fl
0.00096188
0.00092964
0.00092711
0.00092192
0.00092165
0.00089189
0.00088941
0.00087281
0.00086956
0.00084724
0. OD0844 76
0.00084228
0.00081472
0.00081169
0.00080756
0.00080128
0.00075520
0.00015189
0.00074997
0.00014914
0.00074583
0.00074032
0.00013839
0.00073591
0.00013564
0.00010587
0.00070257
0.00069513
0.00061280
0.00067032
0.00066481
0.00066399
0.00066371
0.00066261
0.00063037
0.00062789
0.00062706
0.00062618
0.00-062348
0.00062100
0.00061852
0.00059620
0.00059537
0.00059124
0.00058131
0.00057883
0.00055651
0.00055403
0.00055293
0.00054549
T
8,.929
8.931
8.931
8.939
8.939
8.940
8.945
8.947
8,.949
8.954
8.958
8.. 963
8,.967
8.• 912
8,.973
8,.978
8.• 981
8.• 982
8,.982
8.987
8,.990
8.• 990
8,.996
8,.996
9.• 000
9.• 000
9,.004
9.008
9 .• 014
9,.014
9 .• 022
9,.024
9.. 032
9 .• 032
9,.038
9 .• 040
9.. 042
9 .. 046
9 .. 046
9.• 050
9.. 050
9•. 056
9.. 056
9 .. 058
9•. 062
9.. 064
9.,064
9.065
9.. 012
9 .. 074
9.,019
Z
3.582
3.583
3.589
J. 592
3.592
3.593
3.598
3.601
3.602
3-608
3.612
3.617
3.621
3.627
3.621
3.633
3.635
3.637
3.637
3.642
3.646
3.646
3.651
3.651
3.656
3.656
3.660
3.664
3.670
3.610
3.679
3.680
3.689
3.689
3.695
3.698
3.699
3.704
3.104
3. 708
3.708
3.114
3.114
3.711
3.720
3-722
3.122
3.124
3.731
3.733
3.139
P
0.00054466
0.00054136
0.00053888
0.00053336
0.00052592
0.00052510
0.00052421
0.00050714
0.00050443
0.00048707
0.00041963
0.00047935
0.00046805
0.00046612
0.00046585
0.00045593
0.00045262
0.00044518
0.00043774
0.00043691
0.00042038
0.00041928
e
O.OOO~1680
0.00041101
0.00040963
0.00040881
0.00040853
0.00034157
0.00034074
0.00033826
0.00033143
0.00033661
0.00033518
0.00032834
0.00032151
0.00032007
0.00031676
0.00031594
0.00031346
0.00030981
0.00030243
0.00030161
0.00030078
0.00029527
0.00029417
0.00029086
0.00028838
0.00028755
0.00028507
0.00028391
0.00021818
e~
e
-49-
e
m=lO (continued)
•
--
_
T
9.083
9.088
9.089
9.092
9.097
9.106
9.107
9. 107
9.112
9. 115
9.121
9.121
9.125
9.125
9.. 129
9.133
9.139
9.139
9.147
9.. 149
9.157
9.157
9.163
9.1E7
9.171
9.173
9.175
9.175
9.181
9.183
9.187
9.189
9.189
9.190
9.. 199
9.204
9.208
9.213
9.217
9.222
9.223
9.231
9.232
9.232
9.240
9.246
9.246
9.250
9.250
9.254
9.258
Z
3.743
3.747
3.749
3.751
3.757
3.766
3.768
3.768
3.772
3.776
3.782
3.782
3.786
3.786
3.791
3.795
3.801
3.801
3.809
3.811
3.820
3.820
3.826
3.830
3.834
3.836
3.838
3.838
3.844
3 .. 847
3.850
3.853
3.853
.3..855
3.863
3.869
3.873
3.878
3.. 882
3.888
3.888
3.896
3.898
3.898
3.907
3.913
3.913
3.917
3.917
3.921
3.925
P
0.00027405
0.00027377
0.00026137
0.00026027
0.00025779
0.00025696
0.00025448
0.00025200
0.00025173
0.00024181
0.00021949
0.00021205
0.00020957
0.00020874
0.00020846
0.00019110
0.00019028
0.00018945
0.00018917
0.00018173
0.00017925
0.00017677
0.00017650
0.00017457
0.00017374
0.00016630
0.00016520
0.00016437
0.00016410
0.00016162
0.00016051
0.00015500
0.00015418
O.OD015390
0.00015307
0.00014894
0.0001~150
0.00014122
0.00013985
0.00013737
0.00013709
0.00013378
0.00013296
0.00013048
0.00012965
0.00012221
0.00012138
O.OD012001
0.00011918
0.00011890
0.00009658
I
1
,
T
9.264
9.264
9.272
9.274
9.282
9.288
9.292
9.296
9.300
9.300
9.306
9.312
9.314
9.315
9.324
9.329
9.333
9.342
9.347
9.. 356
9.357
9.357
9 .. 365
9.371
9.375
9.375
9.379
9.383
9.389
9.389
9.397
9.399
9.407
9.413
9.417
9.421
9.423
9.425
9.431
9.439
9.440
9.454
9.458
9.467
9.472
9.482
9.490
9.496
9.500
9.500
9.508
Z
3.931
3.931
3. "0
3.942
3.950
3.956
3.960
3.965
3.969
3.969
3.975
3.981
3.983
3.985
3.994
4.000
4.004
4.012
4.018
4.027
4.029
4.029
4.037
4.043
4.047
4.047
4.052
4.056
4.062
4.062
4.071
4.072
4.081
4.087
4.091
4.095
4.097
4.100
4.105
4.114
4.116
4.130
4.134
4.143
4.149
4.159
4."8
4.17.
4.178
4.178
4.187
P
0.00009410
0.00009.327
0.00009245
0.00008997
0.00008914
0.00008666
0.00008418
0.00008335
0.00008142
0.00008060
0.00008032
0.00007950
0.00007619
0.00007371
0.00007123
0.00006985
0.00006572
0.00006544
0.00006517
O.OOO06U34
0.00006406
0.00006324
0.00006296
0.00005552
0.00005304
0.00005277
0.00005249
0.00005001
0.00004753
0.00004725
0.00004698
0.00004450
0.00004367
0.00004284
0.00004257
0.00004174
0.00003926
0.00003816
0.00003733
0.00003651
0.00003568
0.00003485
0.00002741
0.00002714
0.00002686
0.00002659
0.00002576
0.00002328
0.00002190
0.00002163
0.00002135
-50-
m=10 (continued)
T
9.514
9.522
9.524
9.532
9.542
9.546
9.550
9.556
9.564
9.565
9.579
9.. 583
9.597
9.607
9.621
9.625
9.633
9.639
9.657
9.667
9.675
9.689
9.690
9.708
9.722
9.732
9.746
9.750
9.764
9.800
9.833
9.857
9.815
9.. 889
10.000
Z
P
4.192
4.201
4.203
4.211
4.221
4.226
4.230
4.236
4.245
4.246
4.261
4.265
4.279
4.290
4.304
4.308
4.317
4.323
4.342
4.352
4.361
4.375
4.377
4.395
4.410
4.420
4.435
4.439
4.453
4.491
4.526
4.551
4.570
4.584
4.700
0.00002052
0.00001910
0.00001887
0.00001859
0.00001177
0.00001749
0.00001722
0_00001639
0.00001611
0_00001529
0.00001281
0.00001198
0.00001170
0.00001088
0.00001060
0.00000812
0.00000785
0.00000702
0.00000674
0.00000647
0.00000619
0.00000592
0.00000564
0.00000482
0.00000454
0.00000426
0.00000344
0.00000316
0.00000289
0.00000206
0.00000178
0.ODOOO151
0.00000123
0.00000096
0.00000068
e
e~
-51-
m=ll
T
e
"
·e
e
6.630
6.640
6.650
6.660
6.670
6.680
6.690
6.700
6.710
6.720
6.730
6.740
6.750
6.760
6.770
6.780
6.790
6.800
6.810
6.820
6.830
6.840
6.850
6.860
6.870
6.880
6.890
6.900
6.910
6.920
6 •. 930
6.940
6.950
6.960
6.970
6.980
6.990
7.000
7.010
7.020
7.030
7.040
7.050
7.060
7.070
7.080
7.090
7.100
7.110
7.120
7.130
Z
0.630
0.640
0.650
0.660
0.670
0.680
0.690
0.700
0.710
0.720
0.730
0.740
0.750
0.760
0.770
0.780
0.790
0.800
0.810
0.820
0.830
0.8uO
0.850
0.860
0.870
0.880
0.890
0.900
0.910
0.920
0.930
0.940
0.950
0.960
0.970
0.980
0.990
1.000
1.010
1.020
1.030
1.040
1.050
1.060
1.070
1.080
1.090
1.100
1.110
1. 120
1.130
P
0.24836879
0.24741170
0.24406394
0.24101109
0.23991892
0.23687780
0.23382084
0.23219325
0.22918700
0.22647216
0.22384950
0.22291907
0.21687299
0.21494159
0.21283991
0.211 13095
0.20814765
0.20643188
0.20396766
0.20057791
0.19853666
0.1 9767900
0.19682721
0.19110541
0.18955388
0.18654523
0.18487806
0.18270634
0.18056930
0.17927080
0.1773'1012
0.17539644
0.17293072
0.17033762
0.16917030
0.16690749
0.16373038
0.16178083
0.16012328
0.15775075
o. 15638180
0.15489070
0.15381176
0.15125434
0.14970953
0.14603799
0.14507038
0.14360623
0.1 ~097546
0.13968668
0.13657181
T
7.140
7.150
7.160
7.170
7.180
7.190
7.200
7.210
7.220
7.230
7.240
7.250
7.260
7.270
7.280
7.290
7.300
7.310
7.320
7.330
7.340
7.350
7.360
7.370
7.380
7.390
7.400
7.410
7.420
7.430
7.440
7.450
7.460
7.470
7.480
7.490
7.500
7.510
7.520
7.530
7.540
7.550
7.560
7.570
7.580
7.590
7.600
7.610
7.62
7.630
7.640
°
Z
1.140
1. 150
1.160
1. 170
1.180
1.190
1.200
1.210
1.220
1.230
1.240
1.250
1.260
1.270
1.280
1.290
1.300
1.310
1.320
1.330
1.340
1.350
1.360
1.370
1.380
1.390
1.400
1.410
1.420
1.430
1.440
1.450
1.460
1.470
1.480
1.4.90
1.500
1.510
1.520
1.530
1.540
1.550
1.560
1.570
1.580
1.590
1.600
1.610
1.620
1.630
1.640
P
0.13519855
0.13368891
0.13232026
0.13083768
0.12977427
0.12691512
O. 12561813
0.12380375
0.12288384
0.12148694
O. 118~00 36
0.11778985
0.11602017
0.11483029
0.11337807
0.11198137
0.11019145
0.10833148
0.10684218
0.10421412
0.'0344602
0.10186203
0.10112129
0.09980204
0.09828108
0.09706024
0.09585253
0.09451856
0.09351196
0.09290590
0.09055261
0.08876780
0.08724784
0.08638985
0.08522834
O. 08u 12324
0.08241469
0.08157654
0.08080063
0.07919609
0.07846307
0.07710935
0.07629225
0.07448610
0.07294770
0.07222169
0.07114826
0.07036302
0.06897233
0.06821416
0.06701917
-52a=11
(continued)
T
7.650
7.660
7.670
7.680
7.690
7.700
7.710
7.720
7.730
7.740
7.750
7.760
7.770
7.780
7.790
7.800
7.810
7.820
7.830
7.840
7.850
7.860
7.870
7.880
7.890
7.900
7.910
7.920
7.930
7.940
7.950
7.960
7.970
7.980
1.990
8.000
8.010
8.020
8.030
8.040
8.050
8.060
8.070
8.080
8.090
8-100
8.110
8.120
8.130
8.140
8.150
Z
1.650
1.660
1.670
1.680
1.690
1.700
1.710
1.720
1.730
1.740
1.150
1.760
1.770
1.780
1.7.90
1.800
1.810
1.820
1.830
1.840
1.850
1.860
1.870
1.880
1.690
1.900
1.910
1.920
1.930
1.940
1.950
1.960
1.970
1.980
1.990
2.000
2.010
2.020
2.030
2.040
2.050
2.060
2.070
2.080
2.090
2. 100
2.110
2. 120
2.130
2. 140
2.150
T
P
0.06604595
0.06487832
0.0.6427496
0.06320714
0.06231940
0.06146873
0.0600396.6
0.05942217
0.05869286
0.05799481
0.05597811
0.05541454
0.05425373
0.05333000
0.05281012
0.05222370
0.05109706
0.05009668
0.04927417
0.04866601
0.04831127
0.04718342
0.04654209
0.04539300
0.04487041
0.04409260
0.04301125
0.04263086
0.04200856
0.04138356
0.04024119
0.03922768
0.03897525
0.03812489
0.03769730
0.03702971
0.03651023
0.03558300
0.035201-31
0.03470307
0.03425003
0.03355578
0.03301787
0.03133249
0.03096803
0.03079076
0.03028451
0.02983147
0.02915025
0.02882848
0.02821~90
,
8.160
a. 170
8.180
8.190
8.200
8.210
8.220
8.230
8.240
l~. 250
a.260
8.270
l3. 2 80
8.290
8.300
8.310
8.320
8.330
8.340
B.350
8.360
8.370
8.380
8.. 390
8.400
8.410
8.420
B.430
H.440
EI.450
0.460
H.470
fl. 480
8.490
fl. 500
fl. 510
B. 52 0
B.530
B. 54 0
8.550
8.5&0
8.570
8.580
8.590
8.600
8.610
al. 62 0
8.630
8.640
8.650
8.660
Z
2.160
2.170
2.180
2..190
2.200
2.210
2.220
2.230
2.240
2.250
2.260
2.270
2.280
2.290
2.300
2.310
2.320
2.330
2.340
2.350
2.360
2.370
2.380
2.390
2.400
2.410
2.420
2.430
2.440
2.450
2.460
2.470
2.480
2.490
2.500
2.510
2.520
2.530
2.540
2.550
2.560
2.570
2.580
2.590
2.600
2.610
2.620
2.630
2.640
2.650
2.660
P
0.02764913
0.02740823
0.02686166
0.02596001
0.02560540
0.02487077
0.02448119
e
~
0.02L;08917
0.02380471
0.02339155
0.02291235
0.02243797
0.02205399
0.02148664
0.02128439
0.02091129
0.02032535
0.01944747
0.01924610
0.01897226
0.01867845
0.01844158
0.01803361
0.01760201
0.01724038
0.01681690
0.01656240 e~
0.01634014
0.01580124
0.01554117
0.01503522
0.01479212
0.01465280
0.01436187
0.01403995
0.01380774
0.013ij9990
0.01301031
0.01273947
0.01258515
0.01232659
0.01196669
0.011-.5107
0.01127798
0.01108939
0.01097673
0.01076486
0.01050560
0.01015906
0.01006168
0.00972886
e
-53m=ll (continued)
T
e
•
~e
8.670
8.680
8.690
8.700
8.710
8.720
8.730
8.740
8.750
8.760
8.770
8.780
8.790
8.800
8.810
8.820
8.830
8.840
8.850
8.860
8.870
8.880
8.890
8.900
8.910
8.920
8.930
8.940
8.950
8.960
8.970
8.980
8.990
9.000
9.010
9.020
9.030
9.040
9.050
9.060
9.070
9.080
9.090
Z
2.670
2.680
2.690
2.700
2.710
2. 720
2.730
2.740
2.750
2.760
2.770
2.780
2.790
2.800
2.810
2.820
2.830
2.840
2.850
2.860
2.870
2.880
2.890
2.900
2.910
2.920
2.. 930
2- 940
2.950
2. 960
2.970
2.980
2.990
3.000
3.010
3.020
3.030
3.040
3.050
3.060
3.070
3.080
3.090
P
0.00954648
0.00942561
0.00913468
0.00884540
0.00851597
0.00839880
0.00822223
0.00802525
0.00788057
0.00"772324
0.00747~33
0.00728142
0.00717608
0.00705543
0.00686932
0.00667809
0.00631639
0.00613947
0.00603220
0.00593274
0.00580165
0.00568187
0.00553344
0.00540903
0.00519469
0.00511397
0.00497418
0.00482757
0.00467433
0.00448265
0.00437936
0.00431095
0.00425581
0.00412714
0.00402656
0.00394010
0.00374061
0.00362923
0.00357865
0.00352030
0.00338916
0.00317917
0.00312664
-54-
m=12
T
7.160
7.170
7.180
7.190
7.200
7.210
7.220
7.230
7.240
7.250
1.260
7.. 270
7.280
7.290
7.300
7.310
7.320
7.330
7.3 L+ 0
7.350
7.360
7.370
7.380
7.390
7.400
7.410
7.420
7.430
7.440
7.450
7.460
7.470
7.480
1.490
7.500
7.510
7.520
7.530
7.540
7.550
7.560
7.570
7.580
7.590
1.600
7.610
7.620
7.630
7.640
7.650
1.660
Z
0.634
0.644
0.653
0.663
0.673
0.682
0.692
0.701
0.711
0.721
0.730
0.740
0.749
0.. 759
0.769
0.778
0.788
0.797
0.807
0.817
0.826
0 .. 836
0.845
0.. 855
0.865
0.874
0.884
0.894
0.903
0.913
0.922
0.932
0.942
0.951
0.961
0.970
0.. 980
0.990
0.999
1.009
1.018
1.. 028
1.038
1.047
1.057
1.066
1.076
1.086
1.095
1. 105
1. 114
P
0.24165118
0.24656303
0.24351208
0.24027798
0.~3821S65
0.23603312
0.23314452
0.23167199
0.. 23024868
0.22584230
0.22285143
0.22081874
0.'21916044
0.21583044
0 .. 21385033
0.21085749
0.20820880
0... 20684756
0.20505727
0.20266330
0.19954011
0.19796568
0.19571767
0.. 19215178
0.19053989
0.. 18812523
0.18630436
0.18419780
0.18281823
O. 17978329
o. 17802428
0.11604187
0.11458840
O. 17242608
0 .. 11013646
0.16802001
0.16583454
0.1641358..
0.16279860
0.16136249
0.15713165
0.15545412
0.15406348
0.15205131
0.15018960
0.14868660
0.14669826
0.14532622
0.1433536~
0.14199046
0.13992434
T
7.670
7.680
7.690
1.700
7.710
1.720
1.730
7.740
7.750
7.760
7.770
7.780
7.. 790
7.800
7.810
7.820
'7.830
7.840
7.850
7.860
'7.870
'7.880
1.890
7.. 900
7.910
7.920
7.930
7.. 940
7.950
7.960
7.970
7.. 980
1.990
8.. 000
fl.Ol0
8.020
fl. 030
8.040
8.050
8.060
8 .. 070
8.080
8.090
8.100
8.110
8.120
8.130
8.140
8.150
8.160
8.110
Z
P
1.124 0.13718027
1. 134 0.13655341
1.143 0.13466294
1.153 0.13249499
1.163 0.13111981
1. 172 0.12939433
1. 182 0.12801858
1. 191 0.12667433
1.201 0.12510766
1.211 0.12305350
1.220 0.12114724
1.230 0.11990621
1.239 0.11868495
1.249 O. 11694223
1.259 0.11477509
1.268 0.11345676
1 .. 278 0.11212233
1.287 0 .. 11093094
1.297 O. 10965663
1.307 0... 10820591
1.316 0.10667261
1.326 0.10550274
1.335 0.. 10330324
1.345 0.10171173
1.355 0.10078473
1.364 0.09940864
1.374 0.09825794
1.. 384 0.09686281
1.393 0.0955G962
1.403 0.09447048
1.412 0.09336029
1.422 0.09203307
1.432 0.09069032
1.441 0.. 08949168
1.451 0 .. 08750284
1.460 0.08626686
1 .. 470 0.. 08539503
1.480 0.08424049
1.489 0.08295729
1.499 0.08190221
1.508 0.08086853
1.518 0.07979768
1.528 0.07815028
1.537 0.07754074
1.547 0.01622685
1.556 0.01520164
1.566 0.07452017
1.576 0.01254400
1.585 0.07145416
1.595 0.01063815
1.604 0.06596443
e
•
e'
e
-55-
_
Jr=12 (continued)
9
.-
_
T
8.180
8.190
8.200
8.210
8.220
8.230
•• 240
8.250
8.260
8.270
8.280
8.290
8.300
8.310
8.320
8.330
8.340
8.350
8.360
8.370
8.380
8.390
8.400
8.410
8.420
8.430
8.440
8.450
8.460
8.470
8.480
8.490
8.500
8.510
8.520
8.530
8.540
8.550
8.560
8.510
8.580
8.590
8.600
8.610
8.620
8.630
8.640
8.650
8.660
8.670
8.680
Z
P
1.614
1.624
1.633
1.643
1.653
1.662
1.672
1.681
1.691
1.701
1.710
1.720
1.729
1.1.39
1.749
1.758
1.768
1.777
1.787
1.797
1.806
1.816
1.825
1.835
1.845
1.854
1.864
1.873
1.883
1.893
1.902
1.912
1.922
1.931
1. 9~ 1
1.950
1.960
1.970
1.979
1.989
1.998
2.008
2.018
2.027
2.031
2.046
2.056
2.066
2.075
2.085
2.094
0.0.6896031
0.06787697
0.06683706
0.06570116
0.06489919
0.06405383
0.06307867
0.06181156
0.06071797
0.06008072
0.05940772
0.05840265
0.05710324
0.05655198
0.05568319
0.05499000
0.05388049
0.05281672
0.05205727
0.05149286
0.05061998
0.04969115
0.04899698
0.04806716
0.04762727
0.04699796
0.04628672
0.04510906
0.04451844
0.04389735
0.04317423
0.04246138
0.04189867
0.04095012
0.04022600
0.03969581
0.03928509
0.03861527
0.03763187
0.03109390
0.03641716
0.03571416
0.03523071
0.03467100
0.03390821
0.03359708
0.03288708
0.03223164
0.03152346
0.03121748
0.03068110
T
8.690
8. 700
8.710
8.720
8.730
8.740
8.750
8.760
8.770
8. 780
8.790
8.800
8.810
8.820
8.830
8.840
8.850
8.860
8.870
8.880
8.890
8.900
8.910
8.920
8.930
8.940
8.950
8.960
8.970
8.980
8.990
9.000
9.010
9.020
9.030
9.040
9.050
9.060
.9.070
9.080
9.090
9.100
9.110
9.120
9.130
9.140
9.150
9.160
9.170
9.180
9.190
Z
2.104
2.114
2.123
2. 133
2.143
2.152
2.162
2. 171
2.181
2. 191
2.200
2.210
2.219
2.229
2.239
2.248
2.258
2.267
2.277
2.281
2.296
2. 306
2.315
2- 325
2.335
2.344
2.354
2.363
2.373
2.383
2.392
2. 402
2.412
2.421
2.431
2.440
2.450
2.460
2.469
2.479
2.488
2.498
2.508
2. 517
2.527
2.536
2.546
2. 556
2.565
2.575
2.584
p
0.03015647
0.02956832
0.02915795
0.02845230
0.02812739
0.02772819
0.02709819
0.02646213
0.02590060
0.02551357
0.02507099
0.02472505
0.02426737
0.02377448
0.02342453
0.02297786
0.02256071
0.02207380
0.02168862
0.02138912
0.02066198
0.02026777
0.0199647.6
0.01966043
0.01930782
0.01906793
0.01862261
0.01826333
0.01786810
0.01761035
0.01709289
0.01680934
0.01639595
0.01607289
0.01578707
0.01552804
0.01530332
0.01500925
0.01469237
0.01439012
0.01402826
0.01365882
0.01339706
0.01317416
0.01294708
0.01255187
0.01231065
0.01209395
0.01168258
0.01168914
O. 011~3606
-56-
m=12 (continued)
T
9.200
9.210
.9.220
9.230
9.240
9.250
9.260
9.270
9.280
9.290
9.300
9.310
9.320
9.330
9.340
9.350
9.360
9.370
9.380
9.390
9.400
9.410
9.420
9.430
9.1+40
9.450
9.460
9.470
9.480
9.490
9.500
9.510
9.520
9.530
9.540
9.550
9.560
9.570
9.580
9.590
9.600
9.610
9.620
9.630
9.640
9.650
9.660
9.670
9.680
9.690
9.700
Z
2.594
2.604
2.613
2.623
2.633
2.642
2.652
2.661
2.671
2.681
2.690
2.700
2.709
2~719
2.729
2.738
2.748
2.757
2.7b1
2.777
2.186
2.796
2.805
2.815
2.825
2.834
2.844
2. 853
2.8£3
2.873
2.882
2.892
2.902
2.911
2.921
2.930
2.940
2.950
2.959
2.969
2.978
2.988
2.998
3.007
3.017
3.026
3.036
3.046
3.055
3.065
3.074
P
0.01110991
0.01089650
0.0106911 75
0.01044482
0.0101619'
0.00999774
0.00970178
0.00951226
0.00932147
0.00914995
0.00895990
0.00877426
0.00858963
0.00840315
0.00815912
0.00795468
0.00778132
0.00762648
0.. 001~80 78
0.00725932
0.00705155
0.00691291
0.00681690
0.00667070
0.0064t6468
0.00633081
0.00617582
0.00602652
0.00588498
0.00572902
0.00561547
0.00542156
0.00532736
0.00518906
0.00505057
0.00493699
0.00483875
0.00469829
0.001&59526
0.00448297
0.00435372
0.00422462
0.001&111032
0.00405884
0.00389864
0.00379240
0.00370594
0.00362412
0.0.0353825
0.00345726
0.00335861
T
9.710
9.720
Z
3.084
3. 094
P
0.00326050 .
0.00319413
e
-57m=13
T
e
..
.-
e
7.690
1.700
7.710
1.120
7.730
1.740
1.750
1.760
7.770
7.780
7.790
7.800
7.810
7.820
7.830
7.840
7.850
7.860
7.870
7.880
7.890
7.900
7.910
7.920
7.930
7.940
7.950
7.960
7.970
7.980
7.990
8.000
8.010
8.020
8.030
8.040
8.050
8.060
8.070
8.080
8.090
8.100
8.110
8.120
8-130
8.140
8.150
8.160
8.110
8.180
8.190
Z
0.639
0.648
0.657
0.661
0.676
0.685
0.694
0.704
0.713
0.722
0.731
0.741
0.750
0.759
0.768
0.778
0.787
0.796
0.805
0.815
0.824
0.833
0.842
0.852
0.861
0.870
0.880
0.889
0.898
0. 907
0.917
0.926
0.935
0.944
0.954
0.963
0.972
0.981
0.991
1.000
1.009
1.018
1.028
1.037
1.046
1.055
1.065
1.074
1.083
1.092
1.102
P
0.24866110
0.24580410
0.24322174
0.24111818
0.23886594
0.23531323
0.23237325
0.23032851
0.22771749
0.22521490
0.22349903
0.22065037
0.21854176
0.21653666
0.21487418
0.21202739
0.20945320
0.20162755
0.20465904
0.20173233
0.20033546
0.19800628
0.19595436
0.19395064
0.19173180
0.18966651
0.18150396
0.18574867
O. 18302509
0.18099138
0.17873561
0.17677267
0.17505336
0.17284238
0.17145183
0.16940711
0.16718266
0.16532373
O. 16295694
0.16093355
0.15914594
0.15765442
0.15576996
0.15388363
0.15213069
0.15033168
0.14816396
0.14698321
0.14502185
0.14289242
O. J 41411531
T
8.200
8.210
8.220
8.230
8.240
8.250
8.260
8.270
8.280
8.290
8.300
8.310
8.320
8.330
8.340
8.350
8.360
8.370
8.380
8.390
8.400
8.410
8.420
8.430
8.~40
8.450
8.460
8.470
8.480
8.490
8.500
8.510
8.520
8.530
8.540
8.550
8.560
8.570
8.580
8.590
8.600
8.610
8.620
8.630
8.640
8.650
8.660
8.670
8-680
8.69-0
8.700
Z
1. 111
1..120
1.130
1. 139
1.148
1.157
1.167
1.176
1. 185
1. 194
1.204
1.213
1.222
1.231
1.241
1.250
1.259
1.268
1.278
1.287
1.29l>
1.305
1.315
1.324
1.333
1.342
1.352
1.361
1.370
1.379
1.389
1.398
1.407
1.417
1.426
1.435
1.444
1.454
1.463
1.472
1.481
1.491
1.500
1.509
1.518
1.528
1.537
1.546
1.555
1.565
1.574
P
0.13994169
0.13831113
0.13637467
0.13509973
o. 13313514
0.13163222
0.12996316
0.12838992
0.12680168
0.12496326
0.12350437
0.12206120
0.12029463
0.11897992
0.11757450
0.11599263
0.11473606
0.11321707
0.11142934
0.10978947
0.10884060
0.10144735
0.10602257
0.10473286
0.10342251
0.10188438
0.10099440
0.09931902
0.09801525
0.09651768
0.09510439
0.09390130
0.09273534
0.09181374
0.09034424
0.08915184
0.08792003
0.08669984
0.08568629
0.08434351
0.08309668
0.08223179
0.08097969
0.07983744
0.078651178
0.07771224
0.07661301
0.07561326
0.07462751
0.07358822
0.07239376
-58-
m=13 (continued)
T
8.710
8.120
8.730
8.140
8. 750
8.760
8.710
8.780
8.790
8.800
8.810
8.820
8.830
8.840
8.850
8.860
8.870
8.880
8.890
8.900
8.910
8.920
8.930
8.940
8.950
8.960
8.970
8.980
8.990
9.000
9.010
9.020
9.030
9.040
9.050
9.060
9.070
9.080
9.090
9.100
9.110
9.120
9.130
9.140
9.150
9.160
9.170
9.180
9.190
9.200
9.210
Z
1.583
1.592
1.602
1.611
1.620
1.629
1.639
1.648
1.657
1.666
1.676
1.685
1.694
1.704
1.713
1.722
1.731
1.741
1.750
1.759
1.768
1.778
1.787
1.796
1.805
1.815
1.824
1.833
1.842
1.852
1.861
1.870
1.879
1.889
1.898
1.907
1.916
1.926
1.935
1.944
1.953
1.963
1.912
1.981
1.991
2.000
2.009
2.018
2.028
2.037
2.0~6
P
0.01154257
0.07026565
0.06932628
0.06833621
0.06111337
0.06627642
0.06534921
0.06459717
0.0'379638
0.06261509
0.06176176
0.06079462
0.05997110
0.05891788
0.05813625
0.05740044
0.05630216
0.05560277
0.05491190
0.05394931
0.05326310
0.05249572
0.05153872
0.05076160
0.04997523
0.04929868
0.04827069
0.04770461
0.04700808
0.04620109
0.04558056
0.04476580
0.04424569
0.04353243
0.04285228
0.04213017
0.04124068
0.040619:10
0.04000707
0.03948248
0.03877135
0.03824247
0.03158741
0.03698966
0.03644815
0.03595294
0.03509480
0.03451508
0.03406374
0.03351045
0.03291882
T
°
°
9,.22
9,.230
9,.24
9.250
9.260
9.210
9,.280
9,.290
9.300
9.310
9,.320
9.330
9.340
9.350
9.360
9,.370
9.380
9.390
9.400
9.410
9.420
9.430
9.440
9.450
9.460
9.470
9.480
9.490
9.500
9.510
9.520
9.530
9.540
9.550
9.560
9.570
9.580
9.590
9.600
9.610
9.620
9.630
9.640
9.650
9.660
9.670
9.680
9.690
9.700
9.710
9.720
Z
2.055
2. 065
2.07'
2.083
2.092
2. 102
2.111
2.120
2.129
2. 139
2.148
2.157
2.166
2.116
2.185
2. 194
2.203
2.213
2.222
2.231
2.240
2.250
2.25~
2.268
2.278
2.287
2.296
2.305
2.315
2.324
2.333
2.342
2.352
2.361
2.370
2.379
2.389
2. 398
2.407
2.416
2.426
2.435
2.1144
2.453
2.463
2. 472
2.481
2.490
2.500
2.509
2.518
P
0.03237436
0.03190662
0.03129261
0.03084561
0.03023541
0.02964814
0.02918319
0.02879214
0.02627158
0.02180856
0.02726786
0.02683364
0.02635554
0.02591638
0.0255012C
0.02499344
0.02440121
0.02407075
0.02371114
0.02331717
0.02286404
0.02250401
0.02207600
0.0216~158
0.02135919
0.02078384
0.02045473
0.02008567
0.01972805
0.01934440
0.01899073
0.01871701
0.01837029
0.01804398
0.0 177135/i
0.01726647
0.01694387
0.01660895
0.01631572
0.. 01605142
0.01573095
0.01545098
0.01515928
0.01489020
0.01462026
0.01432542
0.01401386
0.01374415
0.01349150
0.01324670
0.01285335
e
~
e'
e
-59-
_
m=13 (continued)
~
.•
•
e
T
9.730
9.740
9.150
9.760
9.770
9.780
9.790
9.800
9.810
9.820
9.830
9.840
9.850
9.860
9.810
9.880
9.890
9.900
9.910
9.920
9.930
9.94C
9.930
9.960
9.970
9.980
9.990
10.000
10.010
10.020
10.030
10.040
10.050
10.060
10.070
10.080
10.090
10. 100
10.110
10. 120
10.130
10.140
10.150
10.160
10.170
10.180
10.190
10- 200
10.210
10.220
10.230
Z
2.527
2.537
2.546
2.555
2.565
2.574
2.583
2.592
2.602
2.611
2.620
2.629
2.639
2.648
2.657
2.666
2.676
2.685
2.694
2.703
2.713
2.722
2.731
2. 740
2.750
2.759
2. 768
2-777
2.787
2.796
2.805
2.814
2.824
2.833
2.842
2.852
2.861
2.870
2.879
2.889
2.898
2.907
2.916
2.926
2.935
2.. 944
2.953
2.963
2.972
2.981
2.990
P
0.01261565
0.01243502
0.01214751
0.01190604
0.01169507
0.01146676
0.01126204
0.01104211
0.01077859
0.01050409
0.01031783
0.01009620
0.00987904
0.00970807
0.00951293
0.00931505
0.00912297
0.00893842
0.00874723
0.00853130
0.008339"
0.00819585
0.00798748
0.00785699
0.00763649
0.00750863
0.00733569
0.00717455
0.00701329
0.006811510.00668338
0.00655130
0.00641738
0.00626115
0.00611324
0.00599486
0.00584357
0.00571725
0.00559351
0.00545217
0.00532398
0.00521358
0.00510338
0.00498017
0.00483917
0.00473913
0.00463410
0.00451139
0.00443034
0.00427873
0.00417333
T
10.240
10.250
10.260
10.270
10.280
10.290
10.300
10.310
10.320
10.330
10.340
Z
3.000
3.009
3.018
3.027
3.037
3. 046
3.055
3.064
3.014
.3.083
3.092
P
0.00410156
0.00400784
0.00388873
0.00379175
0.00372322
0.00363355
0.00354170
0.00345204
0.00334462
0.00325036
0.00317532
-60-
-
.-
,
.....
...~-
-
.-"--.~
.
_r ___., _.. _._ '..." _..... _' ...... - --_' . . _'.....
4.>
• _p
..
_
.~
..... _ . _.... _...
-.~
.....
--
-(.1-
e
•
·e
•
e
m=14 (continued)
T
9.230
9.240
9.250
9.260
1.270
'.280
1.290
9.300
9.310
9.320
9.330
9.340
9.350
9.360
9.370
9.380
9.390
9.400
9.410
9.420
9.430
9.440
9.450
9.460
9.470
9.480
9.490
9.500
9.510
9.520
9.530
9.540
9.550
9.560
9.510
9.580
9.590
9.600
9.610
9.620
9.630
9.640
9.650
9.660
9.670
9.680
9.690
9.700
9.110
9.720
9.130
Z
1.541
1. 55~
1.565
1.574
1.583
1.592
1.601
1.610
1.619
1.628
1.637
1.646
1.655
1.664
1.673
1.682
1.690
1.699
1.108
1.717
1.726
1.735
1.744
1.753
1.762
1.771
1.780
1.789
1.798
1.807
1.816
1.825
1.834
1.843
1.851
1.860
1.8£9
1.878
1.881
1.896
1.905
1.914
1.923
1.932
1.941
1.950
1.959
1.968
1.971
1.986
1.995
P
0.01411185
0.07357285
O. 0 12" 609"
0.07153113
0.01065225
0.06975377
0.06863998
0.06765967
0.06671809
0.06595957
0.06503220
0.06393657
0.06298877
0.06217003
0.06134941
0.06043970
0.05962130
0.05870122
0.05787874
0.05712812
0.05628811
0.05542589
0.05457931
0.05380474
0.05307171
0.05227298
0.05144295
0.05061051
0.04994563
0.04921747
0.04858931
0.04783517
0.04693568
0.04633865
0.04514780
0.04497168
0.04421019
0.04356882
O. 0 429~"46
0.04224582
0.04169958
O. 0"09729~
0.04029118
0.03972720
0.03913156
0.03846016
0.0.3186596
0.03732661
0.03668980
0.03613585
0.03563402
T
9.740
9.750
9.760
9.770
9.180
9.790
9.800
9.810
9.820
9.830
9.840
9.850
9.860
9.870
9.880
9.890
9.900
9.910
9.920
9.930
9.940
9.950
9.960
9.970
9.980
9.990
10.000
10.010
10.020
10.030
10.040
10.050
10.060
10.070
10.080
10.090
10.100
10.110
1 0.120
10.130
10.140
10.150
10.160
10. 170
10.180
10.190
10.200
10.210
10.220
10.230
10.240
Z
2.004
2.012
2.021
2.030
2.039
2.048
2.057
2.066
2.075
2.084
2.093
2.102
2.111
2.120
2.12.9
2. 138
2.147 .
2. 156
2.165
2. 173
2.182
2. 191
2.200
2.209
2.218
2.227
2.236
2.245
2.254
2.263
2.272
2.281
2.290
2.299
2.308
2.317
2.326
2.334
2.343
2.352
2.361
2.370
2.379
2. 388
2.391
2.406
2.415
2. 424
2.'33
2.442
2.451
P
0.03497630
0.03438855
0.03381963
0.03334543
0.03281071
0.03225773
0.03169701
0.03123751
0.03013390
0.03024841
0.02973444
0.02918132
0.02812711
0.02828134
0.02787524
0.02734139
0.02691879
0.02645669
0.02599013
0.02556991
0.02515746
0.02468608
0.02430844
0.02390716
0.02353023
0.02305562
0.02263140
0.02225856
0.02185763
0.02150803
0.02117279
0.02072061
0.02043656
0.02007096
0.01973109
0.01933620
0.01897680
0.01866978
0.01829902
0.01795869
0.01167327
0.01736443
0.01704994
0.01674736
0.01644215
0.01612626
0.01582560
0.0155S469
0.01520011
0.01497347
0.01467344
~--'------'--
-
-62-
_=14 (continued)
T
10.250
10.260
10.270
10.280
10.290
1L~00
10.310
10.320
10.330
10.340
10.350
10.360
10.370
10.380
10.390
10.400
10.410
10.420
10.430
10.440
10.450
10.460
10.410
10.480
10.490
10.500
10.510
10.520
10.530
10.540
10.550
10.560
10.570
10.580
10.590
10.600
10.610
10.620
10.630
10.640
10.650
10.660
10.670
10.680
10.690
10. 700
10.710
10.720
10.730
10.740
10.150
Z
2.460
2.469
2.478
2.487
2.495
2. 504
2.513
2.522
2.531
2. 540
2.549
2.558
2.561
2.516
2.585
2.594
2.603
2. 612
2.621
2.630
2.639
2.648
2.656
2. 665
2.674
2.683
2.692
2. 701
2.110
2.719
2.728
2.131
2.746
2.755
2.764
2.713
2.782
2. 791
2.800
2. 809
2.817
2.826
2.835
2.844
2.853
2.862
2.871
2.880
2.889
2.898
2.901
P
0.01437839
0.01411416
0.01381b51
0.01363276
0.01337443
0.01306713
0.01284112
0.01259453
0.01236515
0.01212217
0.01181673
0.01165019
0.01143053
0.01122141
0.01101791
0.01076995
0.01057034
0.01036480
0.01014545
0.00993703
0.00972993
0.00955350
0.00934812
0.00920094
0.00900834
0.00878308
O. 0 086 200.6
0.00845583
0.00828152
0 .. 00812888
0.00790188
0.00776752
T
10.760
10.770
10.780
10.790
10.800
10.810
10.820
10.830
10.840
10.850
10.860
10.870
10.880
10.890
10.900
10.910
10. 920
10.930
10.940
10.950
10.960
Z
2.916
2. 925
2.934
2.943
2.952
2.961
2.969
2. 978
2.987
2.996
3.005
3.014
3.023
3.032
3.041
3.050
3.059
3.068
3.077
3. 086
3.095
P
0.00501780
0.00490981
0.00481326
0.00471024
0.00457886
0.00448046
0.00438831
0.00429762
0.00419001
0.00408773
0.00399351
0.00390082
0.00381569
0.00372918
0.00363298
0.00355076
0.00347677
0.00339341
0.00330158
0 .. 00321917
0.00315156
e
~
e'
0.00760~60
0.00745914
0.00729432
0.00713957
0.00698925
0.00685041
0.0067055Ci
0.00655419
0.00641291
0.00628028
0.00614433
0.00600890
0.00588525
0.00574292
0.00562776
0.00550173
0.00539546
0.00526127
0.00512917
e
-63-
_
m=15
~
T
8.740
8.750
8.700
8.770
8.780
8.7~0
8.800
8.810
8. t)" 0
8.830
8. d4 0
a. 850
ti.buO
8.870
d.(j(jO
8.890
d.900
8.910
8.920
8.930
d.
~it
8.
~so
0
8.970
8.9bO
8.S90
~. 000
9.010
9. O~ 0
9.030
9.0 .. 0
9.050
9.060
9.070
'i.ObO
9.090
9.100
9.110
9. l~O
9.130
9.1 .. 0
9.150
9.160
9.170
9.lbO
9.190
9.200
9.210
~. 220
9. ~30
~. ,,40
d.
4_
•
_
~b
0
Z
0.641
0.650
0.058
0.667
0.675
0. 684
0.693
0.701
0.710
0.719
0.727
0.736
O.1ij5
0.153
0.7b20.171
0.77S
0.788
O. 7 ~7
0.805
0.814
0.1323
O. d31
D..840
0.849
0.857
O. &16
0.875
0.863
O. 89~
0.901
0.909
O•.i1 a
0.927
0.935
0.944
0.~5J
0.961
0.970
0.. 979
0.987
0.996
1.005
1.013
1.022
1.031
1.039
1.048
1.057
1.065
1.074
P
0.24835451
0.24575483
0.2434.3 721
0.24116398
0.23901923
0.2.3666146
0.23395389
0.23157576
0.22932148
0.22704344
0.22474144
0.22253898
0.22030197
0.217~5583
0.2160 B349
0.21351311
0.21134025
0.20927306
0.20115586
o ••20500759
0.20293243
0.20083694
O. 198w 1.093
0.. 196463820.1~459135
0.19250553
0.19029945
0.18d39440
0.ld638136
0.18.. 50533
O. 113 26 8 21 8
0.18033865
0.17833~9~
0.17645636
0.11~"'8967
0.17267736
0.17081495
0.169031 a5
0.1.6722579
0.1654.3279
0.16344404
0.16157522
0.15978550
0.15800010
0.15630320
0.15452646
0.. 15290848
0.15106988
0.14946431
0.14773525
O. 14601.353
T
9.250
9.260
9.270
9• .280
~.290
9.300
9.310
9.3~O
9.330
9.340
.9.350
9.360
9.370
9.380
9.390
9.400
9.410
9.420
9.430
9.:+40
9.450
9.... 60
9.470
9.480
9.490
9.500
~.510
9.5~0
9.530
9.5 .. 0
9.550
9.560
9.570
9.580
9.590
9.600
9.610
9. 6~C
~.b30
9.640
~.b50
9..660
9.670
9.680
9.690
9.700
9.710
9.720
9.130
9.740
9.150
Z
1.083
1.091
1.100
1.109
1.117
1.126
1. 1.3 4
1. 14..3
1.152
1.160
1.169
1. 178
1.1b6
1. 1.95
1.204
1. ~ 12
1.221
1.230
1.238
1. j. 47
1.250
1.26':"
1.273
1. ~82
1.290
1. ~99
1.308
1.316
1.325
1.334
1.342
1.351
1.360
1.368
1.377
1.38tS
1.394
1.403
1.412
1.420
1." ~!I
1.438
1.446
1.455
1.464
1.472
1.481
1.490
1.49b
1.507
1.516
P
0.J ... 42.3.612
0.14260622
0.1409.3520
0.1..3937974
0.137~1025
0.1362.3780
O. 13~610 211
O. 1.3238934
o. 1..3156111
0.12991292
0.12831864
0.12693167
0.12552445
0.12J93934
0.12247321
0.12096291
0.11J~931.6
0.11807618
0.11b77131
O. 1152 889~
0.11391616
O. 1125.J2 €7
0.11"25~~
O. 10975973
0.108.ij~267
0.10705553
0.10515731
0.10451278
o. 10326471
0.10206001
0.10070994
0.099~0685
0.09809591
0.09093156
0.09559525
0.0.:1434080
0.09328288
0.0921.j457
0.0909700 ..
0.089;059..
0.0 d850985
0.08747723
o. 0~36073
0- 08523116
0.08410504
0-08302066
0.08195097
0.08087307
0.0799148ij
0.0788550..
0.07772199
-64-
I
m=lS (continued)
T
9.760
9.770
9.780
9.790
9.800
9.610
9. d20
9.830
9.8.. 0
9.850
9. 8t> 0
9.. 870
f#.atlO
9.890
~.
900
9.910
!:J.9..::0
9.930
~.~40
9.950
9.1;;00
~.S;7()
Y.YoO
1;;.990
10.0Uv
10.010
1 o. o~ 0
10.030
10.0 .. 0
10.050
10.000
10.070
10.0dO
10.090
10. 100
10.110
10. 1 ~ u
10.130
10.1ijO
10. 150
10.16u
10. 170
10. 1811
10. 190
10.200
10.210
10.220
10.230
10.240
1 O. ~50
10.260
Z
1.524
1.53.3
1.542
1.550
1.559
1.566
1.516
1.585
1.593
1.602
1.611
1.619
1.028
1.6.37
1.645
1.654
1.663
1.671
1.600
1. 6b9
1.697
1. 700
1.715
1.723
1.732
1. 7 ~ 1
1. 74~
1.758
1.767
1.175
1.7d4
1.793
1.801
1.810
1. dl ~
1.827
1. 8.3.6
1. 8'+ 5
1. a53
1.862
1.811
1.879
1.688
1.897
1.905
1. 91~
1.923
1.931
1.S/it 0
1.949
1.957
P
0.01668945
0.07571605
0.0747~455
0.07378308
0.07269397
0.07171.369
0.07070322
0_06985843
0.06684289
0_ 06789098
0.06699024
0.06614065
0.06531913
0.06433677
0.00340582
0.062~9750
0.06168043
0.06082115
0.OCi005685
0.05915604
0.05831798
0.05752358
0.05673t>63
0.05593486
O.055115b3
0.05430603
0.05354251
0.05283489
0.O52131~8
0.05122946
0.05053198
0.0497g251
0.04908297
O. 0484018~
0.04768395
0.04697466
0.04634)915
D.04568198
0.04490715
0.04426200
0.O43579~0
0.04298865
0.04233908
0.0,+ 1762 95
0.041101j35
0.040.. 9322
0.03989905
0.0.3927687
0.03869615
0.03805710
0.03747212
T
10.270
10.280
10.290
10.300
10.310
10.320
10.330
10.3JiO
~0.350
10- 360
10.370
10• .380
10.390
10. ~OO
10.410
10.420
10.430
10-440
10.450
10. ~60
10.470
10.480
111.490
10.500
10.510
10.520
10.530
10.540
10.550
10.560
1,0.570
10.580
10.590
10.600
10.610
10.620
10.630
10.640
10.650
10.660
10.610
10-680
10.690
10.700
10.710
10.720
10.130
10.740
10.150
10.760
10.170
Z
1.966
1.975
1.983
1.992
2.001
2. 009
2.018
2.026
2.035
2.044
2.052
2.061
2.070
2.078
2.087
2. 096
~.lD4
2.113
2.122
2.130
2.139
2. 1-48
2.1~
2.165
2.174
~. 182
2.191
2. 200
2.208
2.217
2.226
2. 234
~.243
2.252
2.260
2. ~69
2.278
~. 266
2.295
2.304
2.312
2.321
2.330
2.338
2.3~7
2.356
2.364
2.373
2.382
2.390
2.399
P
0.03691694
0.03637351
0.03584228
0.03524928
0.03413660
0.03415894
0.03365217
0_ 0.33119.35
0.03257545
0.03205760
0.03162459
0. OJ 113 117
D.0.3061784
-D.Oj011182
0.02961884
0.02914179
0.02870158
0.02823381
0.02719268
0.02733351
0.02·bd9036
0.02645669
0.02605190
0.02558038
0.02518739
0.02475772
0.02436673
0.02399380
O. 0~Sb9~5
0.02315035
0.0227782.3
0.02240942
0.02200590
0.02162{)17
0.02128229
0.02093595
0.02059852
e
•
e·
0.0202~883
0.01981985
O. 0 195~229
0.019 J8126
0.01887819
0.0185-'862
0.0~82.J497
0.01790122
0.0J7602';'6
0.01730342
0.01701583
0.016b7694
O. 0 163 885 1
0.01608205
,
e
-65-
_
m=15 (continued)
,....
•
.•
•
•
_
T
10.7 BO
10.790
10.800
10.810
10.820
10- 830
10.840
10.850
10.&60
10.870
10.880
10.890
10.900
10.910
1 o. 9~ 0
10.930
1 o. ~ .. O
10.950
10.960
10.970
1Q.9bU
10.990
11.000
11.010
1'.0i.0
11.0.30
11.040
11.050
11.060
11.070
11.0&a
11.090
11.100
11. 110
11.120
11. 130
11.140
11. 150
11.160
11. 170
11.180
11.190
11.200
11.210
1J. 220
11.230
11.240
11.250
11.260
11.270
11.~80
Z
2.408
2.416
2.425
2.434
2. 4~2
2.~51
2.460
2.468
2.477
2.485
2.494
2.503
2.511
2.520
2.529
-'- 53 7
2.54.6
2.555
2.56.3
~. 572
2.581
2.583
2.598
2. 607
2.615
2.62 ..
2• .633
2.641
2.650
2. 659
2.667
2.676
2.685
2.6.9.3
2.702
2.111
2.119
2.728
2. 737
2.7~5
2.754
2.76.3
2.771
2.780
2.789
2.797
2.d06
2.815
2.823
2.832
2.841
P
D.0158116b
0.01554563
0.01525875
0.01497435
0.01471442
0.01447629
0.01418532
0.01391892
0.0 136b187
0.01342647
0.01320080
0.01295440
0.01268903
0.01244954
0.01.22272/,t
0.01200826
0.01178906
0.01156930
0.01135296
0.0111380~
0.01092712
0.01073036
0.0105050."
0.01030294+
0.01010388
0.0099210&
0.00974511
0.009547~7
0.0093tl010
0.00916793
0.00900657
0.00881934
0.00<3628':;2
0.0081+6096
0.008312~8
0.00815179
0. 0 7.~ 99 57
0.00782065
0.0070.6457
0.00750711
0.00736247
0.00722049
0.00706635
0.00692953
0.0.067861.9
0.00664556
0.00651403
0.00637026
0.00.023627
0.00610860
0.00598430
°
T
11.290
11.300
11.310
11.320
11.330
11.340
11 • .350
11• .360
11.370
11.380
11.390
11.400
11.410
11.420
11.430
11.. 440
11.450
11. 460
11.470
11.480
11.490
11.500
".51\)
11.5~0
11.530
11.540
11.550
11.560
11.570
Z
2.849
2.856
2.661
2.875
2.884
~893
2.901
2.910
2.919
2.927
2.936
2.944
2.953
2.9.62
2.970
i.. 97 ~
2.988
P
0.0058.6645
0.00573844
0.00561965
0.0054+9297
0.00539200
0.00526908
0.0051 .. 847
0.00503593
0.00~94223
0.00483601
0.004741~5
0.00&+62952
0.00 .. 52079
0.00442130
0.00432657
O. 00J9",JS5 7
O.OO~14102
~9..96
0.001+05744
3.005
3.014
3.022
.3.031
3.040
3.048
3.057
3.066
3.074
3.083
0.0039~579
3.0~2
0.00387266
O.0037~~O9
0.003701",3
0.003614 .. 4
0.00353"-51
0.00345672
0.003383",1
0.00330 18.6
0.003.:.2931
0.00315012