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printf("\nEnter the Values of a : ");
// Merging
scanf("%f",
&a); starts
printf("\nEnter the Values of b
: ");
area
= PI * rad * rad;
while (i < n1 && j < n2) {
desc
sqrt(b
b - 4{ * a * c);
if =(arr1[i]
<= *
arr2[j])
arr[location - 1]
task type Aeroplane (ID: Aeroplane_ID);
type Aeroplane_Access is access Aeroplane;
printf("\nEnterbegin
the element to be inserted :");
for I in Aeroplane_ID'Range loop
scanf("%d", &element);
New_aeroplane := new Aeroplane (I);
root1 = (-b + desc) / (2.0 * a);
//Merging starts
delay 4.0;
return (0);
root2 = (-b - desc) / (2.0 * a);
task type Aeroplane (ID: Aeroplane_ID);
end loop;
printf("\nEnter the location");
type Aeroplane_Access is access Aeroplane;
end Traffic;
printf("\nFirst Root : %f", root1);
int main()
scanf("%d",
printf("\nSecond
Root : &location);
%f", root2);
&arr[i]);
printf("\nEnter
the element to be inserted :");
scanf("%d", &element);
//Create space at the specified location
desc = sqrt(b * b - 4 * a * c);
printf("\nEnter
for the
(i location");
= num; i >= location; i--) {
root1 = (-b + desc)
(2.0 * a);&location);
/
scanf("%d",
root1= =arr[i
(-b +- desc)
arr[i]
1]; / (2.0 * a);
#include <math.h>
= (-b
- desc) / (2.0 * a);
//Create
the specified
location
space
} at root2
for (i = Values
num; i >= location;
printf("\nEnter the
of i--)
a {: ");
arr[i] = arr[i - 1];
printf("\nFirst Root : %f", root1);
}
scanf("%f", &a);
printf("\nSecond
Root : %f", root2);
task type Controller (My_Runway: Runway_Access)
is
Request_Takeoff
printf("\nEnter
Values Takeoff:
of b :out");
entry
(ID: in the
Aeroplane_ID;
Runway_Access);
entry Request_Approach(ID: in Aeroplane_ID; Approach: out Runway_Access);
v2 = 0;
Controller;
returnend
(0);
if
(arr1[i]
<=
arr2[j])
{
// Merging starts
desc = sqrt(b * b - 4 * a * c);
scanf("%d", &n1);
New_aeroplane: Aeroplane_Access;
if (arr1[i] <= arr2[j]) {
float a, b, c;
int i, j, k, n1, n2;
else {
desc = sqrt(b * b - 4 * a * c);
res[k] = arr2[j];
root1 = (-b + desc) / (2.0 * a);
power
root1 = (-b + desc) / (2.0 * a);
#include<stdio.h>
int rad;
#include <stdio.h> {
#include
<math.h>} ci;
//Displaying
#include<math.h>
float PI = 3.14, area,
area = PI * rad * rad;
int rad;
the element to be inserted :");
printf("\nEnter
the Values
of
a : ");
printf("\nEnter
return
return (0);
printf("\nEnter radius
of v5;
circle: ");
scanf("%d", &element);
main() {
scanf("%d", &rad);
//Print
out int
the result
num++;
printf("\nEnter the location");
v2 = 0;
}
scanf("%d",
&location);
printf(”:Enter the
float a, b, c;
inttask
rad;
#include
<stdio.h>
desc = sqrt(b * b - 4 * a * c);
area
typeat the
Controller
(My_Runway: Runway_Access)
is = PI * rad * rad;
//Create space
specified location
scanf("%d", &n1);
#include <math.h>
float
desc,
root1,
root2;
printf("\nArea of circle : %f ", area);
for (i = num; i >= location; i--) {
root1 = (-b + desc) / (2.0 * a);
entry Request_Takeoff
(ID: in Aeroplane_ID;
Takeoff: out Runway_Access);
arr[i] = arr[i - loop
1];
desc = sqrt(b * b - 4 * a * c);
for I in Aeroplane_ID'Range
}
//Print
the result
New_aeroplane :=
new Aeroplane
(I);
entry
Request_Approach(ID:
in Aeroplane_ID;
out Runway_Access);
Approach:
ci = 2 * PI * rad;
{}= (-bout
root1
+ desc) / (2.0 * a);
int rad;
printf("\nEnter the Values of a : ");
root2 = (-b - desc) /
(2.0 * a);
delay 4.0;
scanf("%d",
&n1);
printf("\nCircumference : %f ", ci);
end ci;
Controller;
float PI = 3.14, area,
return v5;
end loop;
scanf("%f", &a);
printf("\nFirst Root : %f", root1);
else
{
printf("\nEnter the element to be inserted :");
printf("\nSecond Root : %f",
root2);
desc
= sqrt(b * b - 4 * a * c);
end Traffic;
return (0);
scanf("%d",(My_Runway:
&element);
task type Controller
Runway_Access)
is
#include
<stdio.h>
printf("\nEnter
radius
of
circle:
");
printf("\nEnter
the
Values
of
b
:
");
}
float / desc,
root1, root2;
float desc, root1, root2;
#include<stdio.h>
return (0);
} root1 = (-b + desc)entry
(2.0 *Request_Takeoff
a); for (i = num; i >= location; i--) { scanf("%d", &rad);
(ID: in Aeroplane_ID;
Takeoff: out Runway_Access);
int rad;
printf("\nEnter the location");
}
root1Runway
= (-b is
+ desc)
/ (2.0 * a);
scanf("%f", on
&b);the fuselage :");
arr[i
- Aeroplane
protected
type
task
type
(ID:
Aeroplane_ID);
printf("\Provide
the
pressure distribution
scanf("%d", &location);
return
(0);
entry
Request_Approach(ID:
in Aeroplane_ID;
Approach:
out Runway_Access);
float
= 3.14,
<math.h>
type PI
Runway
is area, ci;
main() num,
{ #include
entry Assign_Aircraft (ID: Aeroplane_ID);
task type Controller
is
//Print out
result
int arr[30],int
element,
i, location;
end the
Controller;
printf("\nEnter
the Values of c : protected
");
area = (My_Runway:
PI * rad * rad; Runway_Access)
//Create space at the specified location
area
=*Aeroplane;
PI* c);
* rad(ID:
*Aeroplane_ID);
rad;
v2 = 0;
entry
Assign_Aircraft (ID: Aeroplane_ID);
int arr1[30],
arr2[30],
res[60];
entry
type
Aeroplane_Access
access
intRequest_Takeoff
arr1[30],
arr2[30],
res[60];
scanf("%d",
&element);
for (i = num; i >= desc
location; i--)
{ is
= sqrt(b
*
b - 4
aCleared_Runway
printf("\nArea
of circle
: %f
area);
printf("\nEnter
radius
of circle: ");
entry
(ID:
in Aeroplane_ID;
Takeoff:
type
Controller
(My_Runway:
is
root2 = (-b - desc) arr[i]
/ (2.0 * task
a); = arr[i
Cleared_Runway (ID:
Aeroplane_ID);
",scanf("%f",
&c); out Runway_Access);entry
- 1];
int i, j,
k, n1, n2;Runway_Access)
(arr1[i]
<=
arr2[j])
{
entry
Wait_For_Clear;
entry
Wait_For_Clear
printf("\nEnter
the
Values
of
a
:
");
scanf("%d",
&rad);
}
&rad);
entry
Request_Takeoff
(ID:
in
Aeroplane_ID;
Takeoff: out Runway_Access); entry Request_Approach(ID:
ZwClose(Handle);
root1
= (-b
+ n1,
desc)
/
(2.0 * a); Approach: out Runway_Access);
entry
Wait_For_Clear;
= sqrt(b * scanf("%d",
in
Aeroplane_ID;
desc
b
4
*
a
*
c);
private
when
Clear
is
int
i,
j,
k,
n2;
#include <stdio.h> entry Request_Approach(ID:
#include
<math.h>
ci = 2 * PI * rad;
Approach:
out
desc = sqrt(b
*= PIb * 4
* a * c);
type
Aeroplane
(ID: Aeroplane_ID);
private
elements
in task
1st :=
array
:");Runway_Access);
Clear:
Boolean
True;
desc else
= sqrt(b
*printf("\nEnter
b num++;
- 4&n1);
*noin ofAeroplane_ID;
a main()
* begin
c);
= (-b
- desc)
/: %f
(2.0
*is a);
task type root2
Controller
(My_Runway:
Runway_Access)
{ Controller;
end
Controller;
printf("\nCircumference
", desc
ci);
area
* rad;
}
= sqrt(b * b - 4 * a * c);
int
type Aeroplane_Access
is
access
Aeroplane;
Clear:
Boolean
:= rad
True;
scanf("%d",
end Runway;
float end
desc, root1,
root2;
if
(arr1[i]
<=
{
null;arr2[j])
entry
Request_Takeoff
(ID:ain:Aeroplane_ID;
Takeoff: out Runway_Access);
printf("\nEnter
the
location");
{
Values
printf("\nArea
of
circle
: %f ", area);
printf("\nEnter
the
of
");
end Runway;
for (i = 0; i < n1; type
i++) Runway_Access
{ end;
is access all Runway;
entry Request_Approach(ID:
in Aeroplane_ID;
Approach: out Runway_Access);
return (0);
return
v5;
type Runway_Access
is access all Runway;
scanf("%d",
&arr1[i]);
&location);
Root
%f",
root1);
endAda.Text_IO;
Runway;
endprintf("\nEnter
Controller;
root1
=
(-b
+
desc)
/ desc
(2.0
a);
return
(0);
no :of
elements
1st/ (2.0
array
:");
scanf("%d",
}* a * c);
ci = 2 * PI * rad;
with
Ada.Text_IO;
use
(arr1[i]
=*rad
sqrt(b
* b
4printf("\nFirst
root1
= (-b +in
desc)
* a);
} int
area
= PI if
* * rad;
task type Controller (My_Runway: Runway_Access) is
arr[30],
element,
printf("\nSecond
Root
:
%f",
root2);
protected
type
Runway is num, i, location;
printf("\nCircumference : %f ", ci);
arr2[j])
{
}
task
type
Aeroplane
(ID: Aeroplane_ID);
array
root2
= is(-b
- desc)
/ (2.0
* a);
Request_Takeoff
(ID: in Aeroplane_ID; Takeoff: out Runway_Access);
entry Assign_Aircraft
(ID: Aeroplane_ID);
/* Some elements in arrayscanf("%d",
'arr1' are still remaining
where as the
'arr2'
exhausted
*/ entry
&n1);
//Displaying
procedure
Traffic is(ID: Aeroplane_ID);
entry Cleared_Runway
desc
= task
sqrt(b
* the
b -Values
4 * ofa a*(My_Runway:
#include <stdio.h>
: c);
");
entry Request_Approach(ID: in Aeroplane_ID; Approach: out Runway_Access);
printf("\nEnter
entry
Wait_For_Clear;
type
Controller
Runway_Access)
is
type
Aeroplane_Access
is access
Aeroplane;
return (0);
private
end Controller;
while
(i < n1)&a);
for/ (i
= the
0;
ispecified
< n1; i++)
{
//Create
space
at
location
delay 4.0;
scanf("%f",
}
root1
= res[k]
(-b
+{ desc)
(2.0
*type
a);
Clear: Boolean := True; entry Wait_For_Clear
task
Aeroplane
(ID:
Aeroplane_ID);
printf("\nFirst
Root
: %f", root1);
arr2[j])
desc
= sqrt(b * b - 4 * a * c);
= arr1[i];
end Runway; end loop;
entry
Request_Takeoff
(ID:
in c);Aeroplane_ID;
Takeoff:
out Runway_Access);
when Clear is
//Merging starts
printf("\nEnter
the
Values
of>=
b type
:location;
");
type Runway_Access is access all Runway;
descAeroplane_Access
= sqrt(b
* b - 4 * a *
is
access Aeroplane;
i++;
scanf("%d",
&arr1[i]);
for
(i
=
num;
i
i--)
{
end Traffic; begin
printf("\nSecond
Root
:
%f",
root2);
int main()
{
#include <math.h>
printf("\nEnter
the
Values of a#include
: "); <math.h>
task
type(i
Aeroplane
(ID:
Aeroplane_ID);
for
=
num;
i
>=
location;
i--)
{
ci = 2 * PI * rad;
printf("\nEnter
the element
to be insertedbegin
:");
arr[i]
= arr[i
k++;
scanf("%f",
&b);
protected type
Runway is
root1 = (-b + desc) /in
(2.0 * a);
entry
Request_Approach(ID:
Aeroplane_ID;
Approach:
out
Runway_Access);
null;
desc = sqrt(b * b - 4
* a * c);
type Aeroplane_Access
is access
Aeroplane;
//Merging starts return (0);
printf("\nEnter
the
Values of a
:for");
scanf("%f",
&a);
I in Aeroplane_ID'Range loop
printf("\nCircumference : %f ", ci);
scanf("%d",
&element);
}
}
arr[i]
=
arr[i
1];
protected
body
Runway
is
entry
Assign_Aircraft (ID: Aeroplane_ID);
end;
task
type
Controller
(My_Runway:
Runway_Access)
is
int
main()
printf("\nEnter
the
Values
of
c
:
");
New_aeroplane := new Aeroplane (I);
root1 = (-b + desc) / (2.0 * a);
Ada.Text_IO; use Ada.Text_IO;
scanf("%d",
&n1);
for
(i#include
= num; i<stdio.h>
>= location;
i--) { task
float
a,
b,
c;
withend
entry
returnAssign_Aircraft
(0);
delay 4.0;
scanf("%f",
&a);
printf("\nEnter
the
Values
of
b : ");
return
(0);
Controller;
end Runway;
(ID:
Aeroplane_ID)
v24=the
0;
type Aeroplane
(ID:
entry
(ID:as in
Takeoff:
Runway_Access);
end loop;
printf("\nEnter
&c);
/* Some
in array
'arr2'Request_Takeoff
are still remaining where
the Aeroplane_ID;
'arr1' is exhausted
*/ I inout
protected
bodyAeroplane_ID);
Runway
is = #include<stdio.h>
<math.h>
desc
sqrt(b
* the
b element
-#include
*location");
athe
* Values
c);
Clear := False; scanf("%f",
for
Aeroplane_ID'Range
loop
} elements
} array
printf("\nEnter
ofend bTraffic;
: ");
/* Some");
elements in array 'arr1' are still remaining where as the array 'arr2' is exhausted
printf("\nEnter
of
circle:
procedure Traffic is//Merging starts
root2 = (-b - desc) / (2.0 * a);
*/printf("\nEnter
to be inserted
:");
scanf("%d",
&location);
when
Clearradius
is
New_aeroplane
:= new Aeroplane (I); entry Assign_Aircraft (ID:
entry Request_Approach(ID:
in Aeroplane_ID;
Approach:
out
Runway_Access);
Aeroplane_ID)
Aeroplane;
ZwClose(Handle);
type
Aeroplane_Access
isis
accessthe
#include
<math.h>
int
main() {
scanf("%d",
&element);
while (i
< n1) {
= (-b b +
desc)
/ (2.0 * task
a);
int
arr1[ root1
delay
4.0;
printf("\nEnter the element to be
inserted :");type
begin
printf("\nEnter
to
be space
inserted
:"); location
v2 = 0;
Controller
(My_Runway:
Runway_Access)
res[k] = arr1[i];
int element
main() { //Create
type =Aeroplane_ID
range
desc
sqrt(b *isend
- Controller;
41..10;
* a * c);&element);
at
the
specified
when
Clear
is
scanf("%d",
end
loop;
#include
<math.h>
entry Wait_For_Clear
printf("\nEnter the Values of a : "); i++;
#include <math.h>
printf("\nEnter
int arr[30],
i, location;
location; i--) {
}num,
int
i, j,begin
k,
#include
n2;
<math.h>
k++;
Clear := False;
n1,
scanf("%d",
&element);
location");
forelement,
(ithe
= num;
i >=
printf("\nEnter
noentry
of elements
in
2nd array
:");
end Traffic;
printf("\nEnter the location");
}
scanf("%d", &n1);
Request_Takeoff
(ID:
in Aeroplane_ID;
Takeoff:
Runway_Access);
out
//Merging
starts
scanf("%d",
&location);
arr[i]
= arr[i - 1];
scanf("%d", &location);
Put_Line (Aeroplane_ID'Image
(ID) & " on runway
");
with
Ada.Text_IO;
use Ada.Text_IO;
return (0);
*/printf("\nEnter
no of return
elements
v5;:");
Clear
False;
/* Some elements in array 'arr2' are still
remaining :=
where as
the array 'arr1' is exhausted
}
scanf("%d",
&n2);
//Create space at the specified
location
//Displaying
entry
Request_Approach(ID:
in Aeroplane_ID;
Approach:
Runway_Access);
protected
Runway
is
out
scanf("%d",
&num);
end;
printf("\nEnter
the
location");
for (i = num;
i >= location; i--)body
{
//Create
space
at" the
specified
Put_Line
(Aeroplane_ID'Image
(ID)
&
on
runway
");
(-b + desc)=
/
root2
procedure
Traffic
is
Clear
:=
False;
#include
<math.h>
arr[i] = arr[i - 1];
for (i = num; i >= location;
}
i--) {
entry Assign_Aircraft
(ID: Aeroplane_ID) res[k] = arr2[j];
}
arr[i scanf("%d",
&location);
end Controller;
int main()
end;
i
<
n2;
scanf("%d",
&n1);
for
(i
=
0;
i
<
num;
i++)
{
if #include
(arr1[i]
<= arr2[j])
{
task type Aeroplane
(ID: Aeroplane_ID);
arr[i]
- 1];
arr[location
- 1..10;
1] = arr[i
type Aeroplane_ID is scanf("%d",
range
when
Clear
is
printf("\nEnter the element to be inserted
<math.h>
&arr[i]);
type:");
Aeroplane_Access
is access Aeroplane;
Aeroplane_ID);
}
task type Controller (My_Runway: Runway_Access) is int main()
{
printf("\nEnter
the Values
of b : ");
scanf("%d",
&n1);
task
type
Aeroplane
(ID:
int
main()
}
protected type
Runway
is
begin
entry
Request_Takeoff
(ID:
in
Aeroplane_ID;
Takeoff:
out
Runway_Access);
scanf("%d", &element);
//Create
space
at the specified location
task type Aeroplane (ID: Aeroplane_ID);
entry Assign_Aircraft (ID: Aeroplane_ID);
float desc,
root1,
root2;
scanf("%f",
&b); (ID: Aeroplane_ID);
Aeroplane_Access is access Aeroplane;
entry Request_Approach(ID:
out type
Runway_Access);
float
c; type :");
Aeroplane_Access
is
access
:= False; in Aeroplane_ID; Approach:
forthe
(i Values
= num; entry
i Cleared_Runway
>=
i--)
{
entry
Wait_For_Clear;
printf("\nEnter
of
b :location;
");
printf("\nEnter
the Aeroplane;
element
be
Clear
printf("\nEnter
the element
toa,beb,")
inserted
printf("\nEnter
the Values
: to");
{ private
&element);
Put_Line
(Aeroplane_ID'Image
(ID)
& " on runway
iof<c n2;
printf("\nEnter
the location");
arr[i]
= arr[i
- scanf("%d",
1];
Clear: Boolean
:=
True;
scanf("%f",
&b);
float
desc, root1,
root2;
arr[location - 1]
end Runway; Clear
:=
False;
offloat
desc, root1, root2;
type Runway_Access is access all Runway;
protected
scanf("%d",
&location);
}
printf("\nEnter
the
Values
c
");
type Runway is
: is
printf("\nEnter
the location");
/* Some elements
in array
exhausted */
float
a, b,
c;'arr1' are still remaining where as the array 'arr2'
entry Assign_Aircraft (ID: Aeroplane_ID);
for
(i =desc,
num;
i >=//Merging
location;starts
i--) {
Runway1
Runway;
entry Cleared_Runway:(ID:aliased
Aeroplane_ID);
floatdesc
root1, *root2;
entry Wait_For_Clear;
= sqrt(b
b -of
4 *aa :
* c);
private
//Create space at the specified
location
(Runway1'Access);
printf("\nEnter
the
Values
");
#include<stdio.h>
Controller1:
Clear: Boolean := True; Controller
#include<math.h>
Runway; (i = num; i >= location; i--) {
end
for
type Runway_Access is access all Runway;
scanf("%f",
&a);
printf("\nEnter
the
Values
of a *: a);
");
for (i = num; i=>=arr[i
location;
root1
=
(-b
+
desc)
/
(2.0
arr[i]
- i--)
1]; {
printf("\nEnter
element {
to be inserted :");
int the
main()
scanf("%f",
&a);
scanf("%d",
&element);
printf("\nEnter
the
Values
of b : ");
float
a, b, c;
}
printf("\nEnter
the root1,
Values
of b : ");
printf("\nEnter
the location");
//Print out the result of insertion
float
desc,
root2;
desc = sqrt(b * b - 4 * a * c);
scanf("%d", &location);
scanf("%f",
&b);
scanf("%f",
&b);
root1 = (-b + desc) / (2.0 * a);
task type Aeroplane (ID: Aeroplane_ID);
protected type Runway
is
//Create space
the specified location
at
printf("\nEnter
the Values of a : ");
for (i = num; i >= location;
i--) { Values of c : ");
type Aeroplane_Access is access Aeroplane;
printf("\nEnter
the
scanf("%f",
&a);
entry Assign_Aircraft
(ID:
Aeroplane_ID);
arr[i]
= arr[i
- 1];
printf("\nEnter
the Values of b : ");
scanf("%f",
&c);
for (i = num; i >=
location;
i--)
{ } (ID: Aeroplane_ID);
entry
Cleared_Runway
location;
i--) {
scanf("%f", &b);
entry Wait_For_Clear;
printf("\nEnter the Values of c : ");
desc = sqrt(b
* b - &c);
4 * a * c);
scanf("%f",
Clear := False;
private printf("\nEnter
the element
to
be
inserted
:");
:=&element);
ifdesc =(arr1[i]
<=
arr2[j])
scanf("%d",
Clear: Boolean
True;{ desc = sqrt(b * b - 4 * a * c);
sqrt(b * b - 4 * a * c); root1 = the
(-b
+ Values
desc) / (2.0
of *a a);
: ");
end printf("\nEnter
Runway;
root1 = (-b + desc) / (2.0 * a); printf("\nEnter the location");
root1
= (-b +/desc)
/ (2.0
* a);
root2
= (-b
- desc)
(2.0
* a);
type Runway_Access
is
access
scanf("%d",
&location);
all
root2Runway;
= (-b - desc)
/ (2.0 *4.0;
a);
delay
v5 = v4
task type Aeroplane (ID: Aeroplane_ID);
==
0;
//Create space at the specified
location
printf("\nFirst
: %f",
root1);
is printf("\nFirst
Root
%f",
root1);
end: Root
loop;
type Aeroplane_Access
access Aeroplane;
for (i = num; i >= location;
i--) {
printf("\nSecond
Root : %f", root2);
Root
:
%f",
root2);
arr[i]
=printf("\nSecond
arr[i - 1]; scanf("%d",
&n1);
end Traffic;
}
return (0);
printf("\nEnter
the
element
to be inserted :");
}
return
(0);
printf("\nEnter
the element tov2be= inserted
:");
0;
scanf("%d",
&element);
} New_aeroplane:
desc = sqrt(b
* scanf("%d",
b - 4 * a * &element);
c);
Aeroplane_Access;
scanf("%d", &n1);
ielse
< n2;
{
int main()
while (i < n1 && j < n2) {
for (i = num; i >= location;
i--)
if (arr1[i]
<= {arr2[j]) {
} else {
res[k] = arr1[i];
int arr1[30], arr2[30], res[60];
(-b + desc) / (2.0 * a);
i++;
scanf("%d", &rad);
i < n2;
printf("\nFirstreturn
Rootnum++;
:(0);
%f", root1);
k++;
#include
<math.h>
printf("\nEnter the element
to be
inserted :"); } else {
i < n2;area = PI * rad * rad;
arr2[j];
res[k] = arr2[j];
power
#include <stdio.h>
num++;
root1
= (-b
+ desc) / (2.0 * a); k++;
arr[location - 1]
res[k]
= arr2[j];
//
printf("\nEnter
the
magnitude
of
the
pressure
coefficient
:");
arr[location
- 1]
j++;
int
main()
scanf("%d",
&element);
PI
3.14,
int i, j, k,
n1,
n2;
root1float
= (-b
+ =
desc)
/ (2.0 * a);
arr[location} -res[k]
1]
= arr2[j];
arr2[j];
}
printf("\nEnter radius printf("\nCircumference
of circle: ");
: %f ", ci);
printf("\nEnter
the Values
of
a : ");
printf("\nEnter
the #include
location");
<math.h>
int //Create
i, j, k, space
n1, n2;
at
the
specified
i location
< n2;
} else
{
scanf("%d", &location);
int i,int
j, main()
k, n1, n2; res[k] = arr2[j];
while (i
n1) {
if <(arr1[i]
<= arr2[j]) {
//Create space at
the specified
location
res[k]
= arr1[i];
for (i = num; i >=
location; i--) {
i++;
arr[i] = arr[i
- 1];
k++;
arr[location - 1]
//Merging starts
}
Eurofighter Typhoon
float desc, root1, root2;
#include <stdio.h> #include <math.h>
desc = sqrt(b * b - 4 * a * c);
int main()
}i else
< n2;{
printf("\nEnter the location");
{begin
int i, j, k, n1, n2;
scanf("%d", &location);
}
for I in Aeroplane_ID'Range loop
(i(I);= num;
New_aeroplane := new Aeroplane
return v5;
printf("\nEnter the element to be inserted :");
scanf("%d", &element);
printf("\nEnter the location");
scanf("%d", &location);
desc = sqrt(b * b - 4 * a * c);
delay 4.0;
//Create space at the specified location
loop;
end
for (i
= num; i >= location; i--) {
root1 = (-b + desc) / (2.0 * a);
Clear: Boolean := True;
}
#include end
<math.h>
arr[i]
= arr[i - 1];
Traffic;
element
to be
} printf("\nEnter the
protected
type Runway
is inserted :");
entry Assign_Aircraft (ID: Aeroplane_ID);
scanf("%d", &element);
entry Cleared_Runway (ID: Aeroplane_ID);
entry Wait_For_Clear;
private
Clear: Boolean := True;
end
Runway;
for I in Aeroplane_ID'Range loop
type Runway_Access is access all Runway;
res[k] = arr2[j];
end Controller;
arr[i]);
#include <stdio.h>
New_aeroplane := new Aeroplane (I);
delay 4.0;
#include
<math.h>
//Print
end
loop; out the result of insertion
desc
= intsqrt(b
* b - 4 * a * c);
end Traffic;
arr[30], element, num, i, location;
float a, b, c;
scanf("%d", &location);
www.baesystems.com
Fast forward thinking.
Here at Rolls-Royce our engineers are innovating in power and propulsion systems at high
speed and the pace is increasing year on year.
Last year alone we invested £1.2 billion in R&D and filed for well over 600 patents. It’s fair to
say that we hold our extremely talented engineers in very high regard – all 16,000 of them.
After all, it’s thanks to their work that Rolls-Royce is recognised as a global leader wherever
efficient, effective and reliable power is needed; on land, at sea or in the air.
And as you’d expect in the world of fast-moving advanced engineering, there’s more on the
horizon and there’s no time to stop for a breather, we have the future to shape.
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