wnite the output of the program! * nclude Ih+ mam () Int a=2,b33, C; înt * p1 , * P 2, P3; mt DESJ= { 1r 21, 31,41,51} vaniable Address 1000 p1 2 Ea; a p2= {b; 1004 P3= D; 1008 pn'nt f C% d\n",* p2); 1012 * p1 + = 2; printf C" Yo d \n", a); C= *P3- *pz - * p2 ; Prin +f ("%d \n", c); the table below Complete after the execution of the prograt P3+ =3; printf (" %d\ny,*p3); Pon ter Address P1 P 3 p2; P2 = p1; P3
wnite the output of the program! * nclude Ih+ mam () Int a=2,b33, C; înt * p1 , * P 2, P3; mt DESJ= { 1r 21, 31,41,51} vaniable Address 1000 p1 2 Ea; a p2= {b; 1004 P3= D; 1008 pn'nt f C% d\n",* p2); 1012 * p1 + = 2; printf C" Yo d \n", a); C= *P3- *pz - * p2 ; Prin +f ("%d \n", c); the table below Complete after the execution of the prograt P3+ =3; printf (" %d\ny,*p3); Pon ter Address P1 P 3 p2; P2 = p1; P3
C++ for Engineers and Scientists
4th Edition
ISBN:9781133187844
Author:Bronson, Gary J.
Publisher:Bronson, Gary J.
Chapter6: Modularity Using Functions
Section6.4: A Case Study: Rectangular To Polar Coordinate Conversion
Problem 9E: (Numerical) Write a program that tests the effectiveness of the rand() library function. Start by...
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![write the output of the program!
* nclude <staio h>
rh+ man ()
Int a=2,b> 3, C;
înt * p1 , * P 2, P3;
m+ D TSJ = { llr 21, 31,411513;
Address
vaniable
1000
a
p1 = Ea;
p2 = E b;
P3= D;
1004
1008
pnint f C% d\n", * pz);
1012
* p1 t = 2;
Printf (" Yo d \n", a);
C= *P3 - *p2 - * p2 ;
Prin +f ("%d \n", c);
Complete
the table below
the execuron of the Progran
after
Address
P3+=3;
pnintf (u %d\ny, *p3);
Pon ter
P1
P 3= p2; P2 = p1;
P3](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F98a89a38-1a64-43bd-8db1-2ca5ffd5eeb5%2F9266da2f-412b-43e6-9af6-10f8ed58724d%2Fz0rr2n_processed.jpeg&w=3840&q=75)
Transcribed Image Text:write the output of the program!
* nclude <staio h>
rh+ man ()
Int a=2,b> 3, C;
înt * p1 , * P 2, P3;
m+ D TSJ = { llr 21, 31,411513;
Address
vaniable
1000
a
p1 = Ea;
p2 = E b;
P3= D;
1004
1008
pnint f C% d\n", * pz);
1012
* p1 t = 2;
Printf (" Yo d \n", a);
C= *P3 - *p2 - * p2 ;
Prin +f ("%d \n", c);
Complete
the table below
the execuron of the Progran
after
Address
P3+=3;
pnintf (u %d\ny, *p3);
Pon ter
P1
P 3= p2; P2 = p1;
P3
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