UNITED STATES OF AMERICA
POSTAL RATE COMMISSION
WASHINGTON, DC. 20268
Docket No. R2000-1
Postal Rate and Fee Changes
PRESIDING
OFFICERS INFORMATION
(March 14,200O)
REQUEST
The Postal Service is requested to provide the information
assist in developing
a record for the consideration
NO. 5
described
below to
of its request for changes in rates
and f es. In order to facilitate inclusion of the required material in the evidentiary
recor 1 , the Postal Service is to have a witness attest to the accuracy of the answers
and be prepared to explain to the extent necessary
hearings.
the basis for the answers at our
The answers are to be provided within 10 days.
I
I, Refer to witness Tolley’s response to POIR No. 1, Question
provide revised copies of Exhibit USPS-32A
I. Please
and page 1 of 3 attached to witness
Mayes’ response to POIR No. 1, Question 4, that reflect the revised TYBR volume
forecasts for Periodicals
nonprofit, classroom,
2. Refer to Supplemental
(USPS-T-8).
Appendix
and regular rate subclasses.
in witness Musgrave’s
Please provide revised copies of Exhibit USPS-32B
Testimony
and page 2 of 3
attached to witness Mayes’ response to POIR No. 1, Question 4, that reflect the slightly
revised TYAR volume forecasts for Priority Mail and Express Mail.
3.
In USPS-T-35
those for other automation
at 32, witness Moeller states “...if a passthrough
similar to
letters were used, a potential rate anomaly could exist
between Basic and 3-digit automation
letters.”
Docket No. RZOOO-1
2
a. Does the phrase “other automation
3-digit and 5-digit automation
letters” refer to Standard A commercial
letters?
b. Please identify the potential rate anomaly that could exist between
and 3-digit automation
letters.
Please discuss.
4. Please refer to USPS-T-24,
Appendix
II, pp. II-5 and 11-6, and USPS-LR-
l-90, pp. 34 - 36. Postal Service witness Miller separates
costs between (1) worksharing
related - proportional;
fixed; and, (3) non-worksharing
related.
CRA mail processing
non-worksharing
worksharing
Postal Service witness Yacobucci
Witness Yacobucci
related -fixed.
CRA mail processing
(2) other worksharing
unit costs between (1) worksharing
related.
Basic
unit
related separates
related - proportional
and (2)
does not identify any cost pools as other
Please discuss the rationale for the different treatment
accorded the CRA mail processing
unit costs by witness Miller compared
to witness
Yacobucci.
5. Please refer to USPS-T-24,
The variability factors appearing
Appendix
on those pages, which come from USPS-T-17,
appear to reflect only the MODS l&2 Facilities.
non-MODS
II, p. II-30 and USPS-LR-I-90,
p. 32.
Table 1
Since Standard A mail flows through
offices and BMCs as well as MODS 1 & 2 facilities, what is the rationale for
using variability factors representing
6. In USPS-T-18
only MODS 1 & 2 facilities?
at page 15 witness Bradley states, “the Intra-SCF and Inter-
SCF accounts no longer exist,” however, in witness Meehan’s W.S. 14.3 costs are
recorded in these accounts.
Please explain.
SCF and Intra-SCF variabilities
Please also provide citations for the Inter-
used in these workpapers.
Docket No. R2000-1
3
7. Please refer to the Response
Robinson to DFCIUSPS-T34-4
envelopes
of United States Postal Service Witness
where it is confirmed that the majority of priority flat rate
weigh less than 1 pound, and DFCIUSPS-T34-5
confirmed that an appropriate
rate for the flat-rate envelope
(b) where she states, “Not
is the one-pound
Please discuss the rationale for setting the rate for flat-rate envelopes
rate.”
at the two-pound
rate.
8. Please refer to L.R. l-165.
a. Attachment
I gives the number of on-call pickup stops for TYAR express
mail as 351,049 and the number of scheduled
and cites USPS-T-36,
Attachment
Attachment
stops for TYAR express mail as 249,893,
B as the source of these numbers.
USPS-T-36,
B gives the numbers as 352,638 and 251,024 (31,641 + 219,383)
respectively.
Please reconcile these numbers.
b. Attachment
transportation
K gives the final adjustment
as 9,739 and for surface transportation
Chapter XV as the source of these numbers.
for delivery confirmation
for air
as 5,718 and cites LR-I-127,
LR-I-127 has TYBR air transportation
costs of 9,877 and surface costs of 5,800 (5,702 + 61 + 37). Please reconcile these
numbers.
9. Please refer to USPS-T-26,
Presiding Officer’s Information
Attachment
regression
K and L, and Attachment
results in Attachment
from USPS-T-36.
by multiplying the
K by the volumes in USPS-T-36.
For convenience,
test year before rates volumes are attached.
1 divides the cubic feet by zone from Attachment
results in Attachment
1 of this
The footnotes at the bottom of USPS-T-26,
L state that the cubic feet by zone were calculated
copies of the USPS-T-36
Attachment
Request.
Attachments
POIR No. 5,
L by the regression
K. The resulting volumes by rate cell to not match the volumes
Please explain.
Docket No. R2000-1
4
10. Please refer to USPS-T-26,
Attachment
M, page 1. Footnote 6 states that
Christmas air terminal handling and hub and spoke costs are non-distance
cites attachment
Z as the source of the distance/non-distance
a. Please explain what the Christmas
are considered
related and
related percentages.
Network Line Haul costs are, why they
‘hub and spoke’ costs, and why they are considered
non-distance
related.
b. Please explain why LR l-60, pg. 4 treats these cost as distance related.
10. In response to OCAAJSPS-2
entitled “‘GAO’ Forecasting
Spreadsheet
the Postal Service submitted
Requested
asked the Service to provide the “detailed explanation
that was given to the GAO.
by the Postal Service?
in OCAAJSPS-2.”
OCA/USPS-2
of its volume forecast scenario”
Is LR-I-179 a volume forecast that was given to the GAO
If so, please rename the Library Reference
Edward J. Gleimah
Presiding Officer
Attachments
LR-I-179
accordingly.
POIR 5, Attachment
1
Parcel Post Cubic Font and Cubic Fwt Mite Input Data
Inter-BMC Cubic Feet by&wand
Weight Increment
Inter-sMC
Estimated
CFiPC
LBS
zones1
2
3
4
5
6
7
6
9
10
11
12
13
14
15
16
17
16
19
20
21
22
23
24
25
26
27
26
29
30
31
32
33
34
35
36
37
36
-
-
82
455.544
384.965
377.758
307.731
269.639
230,292
169.117
115,519
9.%=
96.479
54,755
=.a
36.931
40271
55,066
43,702
16,623
12,546
25,024
35.095
20.670
16.769
13.903
19.163
15.011
21.263
17.622
13.304
2,567
10,090
746
369
19,442
14,672
745
am
442
zone3
617,035
769,736
719,663
561,362
442,947
371,230
333,111
243,242
229,572
153.202
145.559
107,941
105,036
1ot.019
94.762
@%a
56,146
33,132
32.497
59.783
43,975
51,650
3,321
24,176
36,383
23,893
11,213
19.016
26.611
13.544
3.366
17,066
2.554
14,352
21,939
13.558
6,624
.
zone 4
1,261,749
1,269,767
1,162,550
698.799
733.153
616.671
475.957
3-l6.165
zone 5
Zone 6
657,199
893,101
648,465
638.843
636,585
510,196
450,753
319,250
371,067
298.569
260,341
166.229
210,656
156,805
t77,650
124,666
139,636
96.676
109.667
151.794
358.580
220.921
235.996
210,642
t58,ata
169,243
171.726
69,417
w538
79,322
95,265
66.010
64.589
36,743
57,303
74,299
52,247
31,504
59,263
15,643
46,403
90.292
71,275
42,500
60,830
93,508
45,512
74,101
2t.s52
34,552
32,640
wJ94
ta.933
13,611
20,002
5,651
16.759
14,775
1t,23t
=m
19,751
40,589
16,372
6,045
5,954
49,555
-
_^
zone 7
262.560
225.962
163.684
215,349
152,449
226.163
162.359
172,365
133,960
146.167
143,611
136.341
119.965
94,707
121,941
113.149
65.485
64,426
58,270
97,017
zone 6
213.371
164,265
134,035
98,963
64,959
93,113
96,157
86,565
76,031
47,636
46,132
52,626
64,313
16,246
Ml.177
38,522
41,556
39,323
36.619
27,376
16,143
15,919
24,475
25,351
24,256
16.134
15,605
16,042
34862
47,230
26.668
22,719
w=5
60,432
‘I4200
634
44,672
23.620
12,577
14,697
12,561
mm
32,986
11,056
12,352
10.126
9,367
10,589
~.zfJ
16,946
12,253
6,215
5.336
20.920
--
TOtal
3,4,967
262,307
208.670
113.957
121,635
115,545
63,346
37,632
42,027
64,614
37,150
31.042
16,010
33,265
20,256
7,792
23,236
13,472
2v‘la
23,459
35.612
36,477
19,524
47,365
25.686
49,917
12,496
13,174
30,619
14,663
17,333
23.953
26.966
16,396
11,316
21,144
10.420
4,002,445
3,970,143
3.414,625
2,855,0X
2,431.w
2,165.412
1,770.602
1,322,x37
1.246065
1.147$40
634.557
643,437
711,704
621,975
646.130
603930
389,345
383,326
409,374
426,266
308,746
275,335
167.456
269,624
267.6%
3wm
158.794
163,656
160,472
177,403
97.602
101.839
132,268
102,050
w.383
73,629
105.505
0.269622
0.407951
0.536343
0.655547
0.766597
0.670457
0.967958
1.059505
1.146591
1.226622
1.306331
1.381289
1.452216
1.52Qxl
I.564685
1.647067
1.706604
I.764207
1.619452
1.672680
I.924016
1.973575
2.021462
2.067772
2.112593
2.15eco4
2.l96cec
2.238889
2.278494
2.316953
2.354321
2.390648
2.425981
2.460365
2.493839
2.526444
2.556215
POIR 5, Attachment
1
Parcel Post Cubic F&and Cubic Foot Mile Input Data
Inter-BMC Cubic Feet by Zone andweight Increment
LBS
Total
zone3
Zones1~82
39
40
41
42
43
44
45
46
47
46
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
tnterahlc
Estimated
CFiPC
zone4
3,315
6,442
10,976
941
4,637
1,265
669
2,637
3,601
15,523
1,015
4.116
29.885
2.617
526
2,670
1.157
2,021
649
15.729
1,971
460
324
1,704
280
697
766
494
zone 5
Zone6
9.682
23.069
13,661
2,275
3,239
10,356
26,232
8,421
29.691
16,817
5.619
14,122
6,336
10.616
27.566
15.644
7,212
4.340
1,321
3.358
15,249
1.889
4,652
6,406
4.506
2,411
5,543
3.656
25,027
5,376
2.305
1,303
6,764
1,325
4,129
2,367
3.016
45
670
472
2,721
334
2,342
94
6,127
47
I.268
3
501
4,743
924
46
46
3.1ffi.035
5,911,793
._
.
565
630
1,914,679
9,562.517
.
4.656
666
23,770
93.336
3,363
2844
624
3,163
729
6.34
651
775
3.593.654
.
-
Zone6
24,974
1,549
603
5,709
1,925
6,657
577
6.750
I.838
1.786
aa3
2,024
539
657
966
2,345
12,599
579
zone7
7,376
10.399
5,241
2,952
5,136
4.311
..
3,216
5,635
4,140
TOM
10,767
11,366
7.366
10,424
5.280
9.951
19,684
7,236
7.156
12,066
69,974
59,733
54,114
9,494
4,623
1,642
34,958
62.947
37,626
67,338
76,909
51.714
119.968
29,320
14,715
24,356
23,475
46,775
56,565
10,185
13.614
16.345
13,799
11,552
7,140
1,690
4.629
2,012
9.586
5,7w
7,319
885
I.338
919
3,212
1,357
2,264
531
2.935
7,064
I.434
11,771
11,617
12,651
3,673
2.881
10,697
5.549
3.007
6,Mt
606
3,439
64
5,115
12.25g
2,791
10,cao
7,793
1.613
390
2,261
1,149
l,MK)
436
2,672
80
1,999
2,714
139
9,642
1,923,568
3.445
2,166
2,061
5.759
10,642
2.058
I.840
2,253
719
2.t8t.652
2.589166
2.619389
2.646854
2.677609
2.705662
2.733098
2.759880
2.7-Z
2.611635
2.856649
2.661114
2.665046
2.908470
2.931395
2.65363s
2.975819
2.997347
3.016439
3.039106
3.059366
3.079225
3.098697
3.117794
3.136525
3.154902
3.172933
3.190629
3.207999
3.225051
3.241794
3.258235
3.274363
34.214.276
-
-
-
--
POIR 5, Attachment
1
Inter-BMC
Volumes Calculated by Dividing Cubic Feet by Estimated CFPc.
LB6
2
3
4
5
6
7
6
9
10
11
12
13
14
15
16
17
I6
19
20
21
22
23
24
25
26
27
26
29
30
31
32
33
34
35
36
37
38
Zones1 &2
1.569,564
943,703
704,321
469,427
351,735
m‘t=
174,716
109,CKl
80.987
76.513
41.696
48.240
25,431
m.494
34,745
26,533
9,657
7,113
13.754
16.741
10,743
a,497
6,676
9,277
7,105
9,671
6,106
5,942
1,135
4,355
318
163
6,014
5.953
299
32-I
173
Zone3
3,03o,291
1,666,833
1341,795
886,836
577.810
426.477
344.137
229.516
200.222
124,674
111,375
78.145
72,329
66,460
59,791
54,279
32.896
16.780
17,661
31,924
22.856
26.272
1.643
11,692
17,222
11,082
5,101
5.494
12,557
5,645
1,438
7,147
1.065
5,633
a,797
5,367
2.589
Zone4
4.679.667
3,112.547
2.167.549
t,371,069
956,375
710,972
491,713
326.516
260.397
228.138
142,494
152,651
109,353
117.006
78,672
64,779
566-Q
62.287
83.426
48.215
37.945
21,534
wm
45.222
21,543
34,370
9,967
15,433
14,325
15.576
7.205
5,695
6,245
2,297
7,558
5wa
4,390
Zone 5
2.437.476
2.189.235
1,209.049
974,519
830.404
586,127
465,674
301,235
323,626
291,808
169,036
170,652
145,049
104,354
106.786
104.2wl
52,388
51.319
43,597
53.871
44,704
32,727
t6,tTI
27,712
35,170
24,233
14,333
26.470
5.855
20,027
15.180
8.262
16,731
7,467
3,226
2,357
19,409
Zone6
1.047.965
553,695
305,164
326,503
211,939
259,821
167,733
162.636
116.834
118,965
110,037
lW,153
62.6JX
62,307
76,940
68,696
38,367
47,855
32,026
51.806
16.119
23,931
14,177
10,967
22,032
28.030
21,926
3,709
19,606
10.195
5,342
6,148
5.178
9,437
7,598
4,850
2.430
Zone7
791,369
402,706
249.905
,50.963
64,736
106,971
99,340
61.680
6w54
38,766
35.298
36.101
44.266
10.666
37,969
2%=3
24,349
22,269
21,226
t4,SM
6.390
a.066
t2,toa
12.260
11.461
8.411
7,100
7,165
11.192
14,237
4,696
5,167
4.174
3.815
4,246
2,112
6.176
Zone 6
1.166.253
642.987
389,051
173.835
156.523
132,741
86.107
35697
36.654
52,562
26,425
22,473
11,025
21,885
t2,7at
4,731
13.614
7,637
13,107
12,527
16,613
16,483
9.658
22.916
12.158
23,153
5,686
5,884
13,526
6,326
7.362
10,019
11,116
5,664
4,538
a,369
4,073
Total
14844,627
9,731,6x36
5,33X864
4.355.152
3.171.899
2.467.673
1.629.4t9
1,24a.263
1,086,774
933,446
638,562
610.616
490,061
409,194
407,683
366,665
226,113
217,279
224.999
228.703
160.470
139.511
92,732
140,066
126.712
139.150
72,242
73,097
79,207
76,566
41,541
42,599
64.522
41.478
36,243
29,223
41,242
POIR
5. Attachment
1
Inter-SMC
Volumes Calculated by Dividing Cubic Feet by Estimsted W/PC.
39
40
41
42
43
44
45
46
47
46
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
6a
69
70
T&l
359
1,626
I.049
1,391
5,624
364
44
155
97
1,260
3,223
4,144
472
255
I.‘-2
10,727
1,002
169
933
401
695
276
5,325
662
107
561
91
223
246
154
5,354
869
3,739
6,607
2,849
3,970
1.223
3,=
10,434
3,061
10,631
6,349
2,173
5,219
1.979
1,103
3.050
3,647
9,694
5,635
1,577
1.558
470
1,164
5,330
655
I,=
2,543
1,576
636
806
2,868
2,215
4,234
193
764
993
15
262
152
673
106
742
29
1.92-l
15
1,238
6,410
1,794
431
2,232
433
1.341
764
407
15
15
174
192
1
166
1,476
267
239
5.217.888
9.779.646
15,590,794
11 ,x4.560
1,899
I.688
239
8,454
32.904
1,175
641
275
1,947
662
2,237
192
2,236
605
56.4
222
653
173
210
306
196
992
226
196
261
4,226,Wl
9.645
1.229
2,127
1,546
2,457
1,100
1.x71
2.226
267
1,212
29
1,773
4,215
652
3,413
2,619
605
129
751
376
327
141
657
25
634
851
43
3,052
272
696
2.524.321
4,158
4,347
2,761
3,693
1.951
3,641
7,132
2,567
2.545
4,261
1,204
751
715
1.965
3,671
652
614
747
237
3,103
1,501
594
542
1,476
636
422
268
1 .Wl
421
696
163
2.164
3,274,509
27,025
22,804
M,42?3
13,056
23.265
13,641
31,646
27,605
16,393
42,292
10,246
5,101
6,375
V@3
16,512
19,006
3.396
4,510
5,376
4,510
3,765
wJ4
3,075
1,617
2,3M
452
3,669
3,684
3,965
1.133
LX?4
3.267
51,6M,319
POIR 5, Attachment
1
Parcel Post Cubic Foot and Cubic Foot Mile Input Data
IntraSMC Cubic Feet by Zone and Weight Increment
bdra-BMC
LBS
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
16
19
20
21
22
23
24
25
26
27
26
29
30
31
32
33
34
35
36
37
36
39
LOCA
260.445
168,745
136,301
91,206
52,294
45.061
31,262
33,850
26.366
21.634
17,226
13,105
%8M
6.792
47.503
12,166
4,633
5,142
7,681
9,025
3.804
7,641
3.565
4,642
4.595
2,251
2,127
2,761
2.884
3.726
3,859
484
2,164
2,142
646
935
358
2,717
zones I& 2
1,616,M7
1,461,419
1,259,097
933,259
609.119
560,131
492.‘=4
354.732
257,761
247,611
174.05s
176,777
143,719
117.584
138,940
174,119
101,393
116,603
wm
71.040
94,105
63,267
90,476
70.876
56,641
32,545
73.067
60,252
n.086
31,885
54,427
26,273
24,019
14,682
‘la358
22,172
23.267
M36
Zone 3
260.653
270,321
250.543
219,397
144,467
107.493
88,657
109,660
51,516
58.647
47,252
46.531
44,072
27.693
26,346
17,543
31,405
10,119
7,397
17,523
20.424
11,036
9,753
7,513
16,420
6,955
11,623
42,632
12.168
2,514
4,514
4,885
7,639
I.550
673
1,321
2,657
1.916
zone4
34,531
52,685
50.906
56.404
3-?354
36,267
19,427
17,736
10,496
9.6477
6.836
5,354
5,814
6,494
9.580
4,672
2,160
9,373
6.016
1.657
62
4.053
6.194
4,107
6,711
430
146
0
I.226
1,673
431
321
1,650
2,726
4,246
32u
3,960
377
zone 6
176
1,465
936
1,002
2.7%
132
1,449
536
342
511
57,022
58,241
0
0
166
0
0
75,668
584
223
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
Total
2.394,015
lFJ4.635
1,699.755
1,281.370
63c,cKKl
746,105
633,479
516,725
346,501
338.m
304,363
300.168
203.408
160.756
224,559
208,520
139,611
216.935
101,745
gw.116.414
105.017
109,991
67,340
68,567
42,160
86.965
125,946
=w=
39,796
63,230
31,964
35,692
21,301
45,924
24,746
30,242
25,576
CFiPC
0.2194719
0.3460316
0.4646800
0.5747260
0.6766072
0.7710325
0.6567332
0.9403865
1.0165965
1.0876646
1.1547466
1.2175596
1.2766916
1.3324570
1.3651343
1.4349703
1.4621650
I.5269747
1.56551W
lBO66673
1.6484721
1.6651603
1.72ul467
1.75354Ezu
1.7654532
1.6159554
1.6451370
1.6730739
1.6996362
1.9254685
1.95oo907
1.9736¶61
I.9963623
2.0161312
2.0390494
2.0591586
2.0764677
2G971030
POIR 5, Attachment
1
Parcel Post Cubic Foot and Cubic Foot Mile Input Data
Intra-BMC Cubic Feet by Zone and Weight Increment
LBS
40
41
42
43
44
45
46
47
46
49
50
51
52
53
54
55
56
57
56
59
60
61
62
63
64
65
66
67
68
69
70
Total
LO.31
0
1.176
641
2,763
0
0
106
749
1,320
0
2,693
2-X
1,455
0
215
0
0
1,066
0
1,071
0
0
4.725
0
0
0
0
0
0
0
0
l.G92,724
Zo"esl&2
7,141
21,671
7,356
20,627
11,911
19,446
5,912
10.33a
4.456
3,462
13,049
9,319
13,961
2,942
7,310
IO.525
2,912
947
626
6859
a¶2
4,412
625
430
6,694
1,706
0
216
1.166
0
462
10,402.027
zone3
675
v-35
2.686
1,305
10,662
123
2,124
920
723
492
3.201
469
452
0
3,939
0
561
5.995
146
0
1,310
711
422
666
0
0
0
366
0
0
0
2,04$770
zone4
1,771
1,037
686
0
1,409
645
35
0
0
0
0
0
324
0
0
0
0
0
0
0
0
0
0
0
431
217
0
0
0
0
0
408,204
zone 6
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
MO,985
Total
9,588
26,468
11,568
24,695
24,281
M,416
6.176
12.007
6,501
3,974
19.143
10,014
16,212
2,942
11.464
IO,acn
3,473
8.007
776
7.930
2.002
5,123
5,772
1.096
7,126
1,523
0
584
1,laa
0
462
14,153,710
CF,PC
2.1150087
2.1322467
2.1466472
2.1646362
2.1602465
2.1950970
2.2094134
2.2232179
2.2365316
2.2493745
2.2617654
2.2737222
2.2652616
2.2w4cQ2
2.3071529
2.3175343
2.3275581
2.3372376
2.3465852
2.3556126
2.3643319
2.3727533
2.3606873
2.3887436
2.3663324
2.4036619
2.4107411
2.4175763
2.4241614
2.4305560
2.4387154
POIR 5, Attachment
1
tntra-EMC
Volumes Calculated by Dividing Cubic Feet by Estimated CFlPc.
LBS
2
3
4
5
6
7
6
9
10
11
12
13
14
15
16
17
16
19
M
21
22
23
24
25
2%
27
28
29
30
31
32
33
34
35
36
37
36
39
--
Local
1.277.619
'487:659
297,626
158,672
77.289
Zo"esl62
6.264463
4:223:366
2.709,601
1,62W?4
58.469
36,426
36,w7
25,935
20,070
14,919
10,763
7,676
5,097
3‘t295
8,492
3,126
3,367
. _--” ,.,=
-.___
4.894
5.606
2,307
4,535
2,073
2,761
2,573
1,240
1,153
1,474
1,516
1,935
1,979
245
to=
1,061
316
454
172
1,296
.,_-.,-,
gw=
726,459
573,476
377.219
253,573
227,605
150,730
145,190
112,572
68.246
lW,306
121,340
EwJa
76.M2
51,140
44,125
57,083
49,424
52,599
40.42u
31.836
17,922
39,aca
42,645
40,575
16,559
27,910
13,312
12.031
7,374
19,792
10,75a
11.194
9,807
zone 3
1,167,639
761.203
539,174
381,741
213,661
139.415
103,474
116.824
50,675
64,032
40,9M
3w‘la
34.520
20.931
2Q‘m
12,225
21,166
6,627
4,713
1o,w4
12,390
6,549
5,670
4,264
10,317
3.630
6.299
22,921
6,405
1.3@3
2,315
2,475
3,926
766
330
642
1,276
914
zone4
157,336
152,255
109.550
63,342
44,662
47,037
22,622
16,662
10,325
9,015
7,651
4.398
4,554
6,374
6.917
3,266
1,471
6,139
3,634
1,154
49
2.405
3.601
2,342
4,679
237
80
0
645
669
221
163
627
1,352
2,062
156
1,905
180
zone 5
613
4,235
1,953
1,743
4,044
171
1.688
570
336
470
‘w.580
47,634
0
0
136
0
0
49.554
245
138
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
Total
10906.069
5,646.72-l
3p57.905
2.229.531
1.240,011
971,560
737.690
549,462
=.m
311,252
263,601
246,533
159,324
120.646
162.120
145,313
94.193
142,049
64,626
61,907
71,633
62.912
63.942
49.807
4wws
2%?26
47,132
67.240
49,143
M,669
32,424
16,165
17,679
10.555
22,522
12,019
14,550
12,196
--
-
-
I_
POIR 5, Attachment
1
Intra-BMC
Volumes Calculated by Dividing Cubic Fe-at by Estimated CF/Pc
LBS
40
41
42
43
44
45
46
47
46
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
66
69
70
T&d
Local
0
551
392
1,276
0
0
46
337
590
0
1,279
90
637
0
93
0
0
456
0
455
0
0
1.985
0
0
0
0
0
0
0
0
2,610,766
Zones 1 (L 2
3,377
10,163
3,423
9,526
5.463
8,W
2,676
4.650
I.993
1.5‘M
5,766
4.099
6,116
1,261
3,169
4,576
1,251
405
267
2,912
293
I.@=
262
180
2,794
710
0
90
462
0
196
21447,734
Zone 3
319
1,213
1,250
603
5,026
56
952
414
323
219
1,415
215
196
0
1,707
0
241
2.565
m
0
554
300
177
279
0
0
0
151
0
0
0
3mw69
Zone4
637
4%
319
0
646
365
16
0
0
0
0
0
142
0
0
0
0
0
0
0
0
0
0
0
180
93
0
0
0
0
0
706,046
Zone 5
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
163,311
Total
4,533
12,413
5.384
11,407
11,137
9,301
3,701
5,401
2,907
1,767
8,464
4.404
7.094
1,261
4,969
4,576
1.462
3,425.
331
3,366
647
2.159
2,424
459
2,974
600
0
242
462
0
196
26,617.366
POIR 5, Attachment
1
ParcelPastCubicFootandCubicFoot
MileInput Data
DBMC Cubic Feet byZone and Weight Increment
LBS
2
3
4
5
6
7
6
9
10
11
12
13
14
15
16
17
16
19
M
21
22
23
24
25
26
27
26
29
30
31
32
33
34
35
36
37
36
39
Zones182
M.027.695
26849.310
21.016.655
17.151.793
13.477.976
12.660.540
9.663.622
7.303.015
5.7a4.908
5.316.468
4.466.1w
3337.580
2.652.695
2.699.862
1.975.499
1,657.315
1355.289
1,375,6w
1,101.250
1.150,803
1.416,746
1.076,935
643,422
756,462
660,652
‘lo5204
437.453
317,061
504.906
~.‘I=
466.807
250.617
256.202
142.810
194,010
233,403
176.766
254,277
Zone3
3397.021
4.595.075
3546,060
3.082,313
2.618.972
2,386,694
1,554,090
1,235,165
915,329
wa‘m6
730,192
596,362
612.915
303.077
566.579
307,959
263,595
362,042
195,03U
258,573
249,190
124,642
137,079
125,735
116.599
WJW
96.030
203.675
105,227
39,425
68,426
32,444
12,427
30,575
55.008
5,470
41,667
86,364
Zone4
Zone5
w9.959
629,700
657.247
516.665
311,742
467,025
264,927
164,462
204,119
224,040
96,497
93.611
61.310
79,ow
32,361
27,210
17.622
20.790
8.856
26,116
25,927
43,271
24,717
19,955
Total
30.475
20,627
22,383
40,700
23,935
9,125
20.337
13,117
27,932
15,070
20.390
33.568
1,310
2.460
13.675
w=
445
4,726
I.385
6,555
WI04
24.065.350
32,295.911
25,244,645
2U.791,671
16,432$X
15,523,384
11.522.976
8.702.683
6,624X6
6544.144
5,324,ni
4.024.573
3,527,119
3.067.019
2.574.440
1,9Qz@l
1 ,mwx
1.758,432
1,305,136
I,437492
1,693,865
1,259.917
1,005.216
902,152
797,641
525,672
534,793
523,416
623,603
364,280
555,676
267.990
270,015
173,384
285,576
238,873
220.433
340.641
DBMC
CF/PC
0.30362&42
0.46262777
0.61233810
0.75312234
0.66579747
1.01119672
1.13007016
1.24307017
1.35075917
1.45352219
1.552u792u
1.64649576
1.73719195
1.82444651
I.90851792
1.96961917
2.06795178
2.14369405
2.21700661
2.266o3ssI
2.35691304
2.42375954
2.46x8558
2.55179245
2.61317329
2.672914%
2.73109415
2.76776722
2.84306161
2.89698092
2.94SO447
3.CWS6762
3.0511622U
3.10023675
3.14619664
3.19510531
3.24100246
3.26592526
POIR 5, Attachment
1
Parcel Post Cubic FoA and Cubic Fti Mile Input Data
DBMC Cubic Feet by Zone and Weight Increment
LB6
40
41
42
43
44
45
46
47
46
49
50
51
52
53
54
55
56
57
58
59
W
61
62
63
64
65
aa
67
aa
69
70
TOtA
Zones 1 8 2
242,275
139,125
128,401
155,250
135,616
76,684
111,767
196,573
141.353
62,991
97,641
135,279
69,432
51.146
22.020
104,333
67,217
764
14,927
35.319
2.446
7,164
3,384
42,967
4,073
1.614
26.319
Zone 3
Zone 4
15,669
1,709
21,632
12,642
116.675
26.631
6.417
2,325
26,323
2.761
TOtal
zone 5
265,631
142,663
150,232
170,ffil
254.690
105,519
126.107
196.696
169,676
65,752
99,030
153,292
72,397
51,146
25,940
104,333
67,217
13,631
14,927
7.667
I.848
2,760
2,003
7.923
I.389
16,013
2,665
3.920
12,647
1.165
1,541
WI
36.505
3,967
12,66a
4.603
8.834
3,364
47,550
7,213
10,447
1,246
29.564
4.56)
3,140
2.083
2,083
190
W33
171,950.860
2,344
30.476,571
4,990.716
254,065
190
9,210
207,674,244
DBMC
CFlPC
3.32991263
3.37299536
3.41520657
3.45657654
3.49713407
3.53690643
3.57591957
3.61419614
3.65176559
3.66664427
3.72465549
3.76041957
3.79535591
3.6i968306
3.66341675
3.89657994
3.92918289
3.96124316
3.93277568
4.02379477
4.05431419
4.06434713
4.1139X26
4.1-7
4.17165161
4.1w66ca3
4.22764241
4.255Ccs64
4.26196423
4.30652434
4.33469657
POIR 5, Attachment
1
DBMC
Volumes Calculated by Dividing Cubic Feet by Estimated CFIPc.
LBS
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
16
19
20
21
22
23
24
25
26
27
26
29
30
31
32
33
34
35
36
37
36
39
zones,.%2
65,960.119
56,036.526
34.322.468
22,774,246
15,215,642
12,520,353
8,551,347
5.674962
4.223.463
3,657.407
2.676.615
2,027.061
1,642.245
1,479,623
1.055,0=
632.981
655,376
641,696
496,726
502,966
WI.952
444,324
=.Qo3
29w‘n
252.692
151,597
160.175
113,739
177,5g2
103,026
158,261
63,576
83.968
4w6‘l
61.626
73,054l
55,158
T7,=
zone3
11.167.791
9,934.714
5,794.263
4,052.712
2956.626
2.360,267
1,375,216
993,657
677,640
6fl1.4CU
470,461
362,213
352,819
166,860
235.669
154.763
137.138
153.887
67.970
113,011
105727
51,425
55,081
‘-273
44620
31,830
35,162
73,131
37.012
13.609
29.979
10,811
4,073
9.862
17,473
1,712
12,656
28,283
Zone4
zone5
VW345
1,793,450
1,073.w
=J7296
351,934
481,854
252,132
132,319
151,114
154,125
63,461
55,032
IW.3MI
45,016
36,554
64,042
27,020
9,024
17,996
9,024
17.996
w-3
43.345
16.956
13.676
6.521
9.698
3,995
12.288
11,Wl
17,653
9,932
7.620
6.217
7.603
12.566
460
682
4,610
9.106
151
1,575
454
2,062
9.530
Tom,
79,257.124
69,W9,710
41,226.645
27,W7,295
16.551,223
15.351,498
10,196,6¶1
7wJ.958
5,052.237
4,501.957
3.430.734
2.444.326
2.030.357
1.692.026
1.346.921
1.001,440
801,037
820,261
566.693
626,265
716.630
519.619
403,915
353,536
305,315
195,993
195,616
167,753
219,414
125,745
168.391
95.965
88.495
55,926
90.711
74,762
66,014
103,667
POIR 5, Attachment
1
DBMC
Volumes Calculated by Dividing Cubic Feet by Estimated CF/Pc.
LES
40
41
42
43
44
45
46
47
46
49
50
51
52
53
54
55
56
57
56
59
W
61
62
63
64
65
66
67
68
69
70
Tote,
Zones1 82
72,757
41,247
37,597
44,914
38,836
21,736
31,255
54389
38,706
22.499
m,2i3
35,974
18,234
13.356
5,669
26,776
17,107
196
3,736
6,776
603
1,756
623
10,376
976
3-34
6,699
493
zone3
Zone4
Zone5
Total
4,772
507
6,393
3,657
33,992
2.303
546
79.631
42.301
766
43,989
49,370
72,626
7.530
566
2,216
2.354
w-l
35,625
55.032
643
7.756
746
373
4,792
781
46,464
23,246
26.564
40,765
19,075
13,356
6,714
26.776
17.107
3,441
3,758
9,072
963
3,107
623
11,477
1,729
1,015
3,243
295
380
221
1,127
1,101
753
2,103
295
2,488
6,663
490
44
1.584
247.192,685
541
43.060,375
7.422852
332,635
44
2,125
m,w6.947
“. . - -