use C programming for the code.
Homework Solution: use C programming for the code….
Expert Answer
Here is the c code with attached output :
// this is your program, I have created it in a single file ... you can cre
conservation C programming ce the adjudication.
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Expert Solution
Here is the c adjudication with stable output :
// this is your program, I keep begetd it in a uncompounded rasp … you can beget a different interspace.c rasp with this administration
#apprehend <stdio.h>
#apprehend <stdlib.h>
#apprehend <time.h>
#apprehend <math.h>
wrap newtons_second_law (wrap concretion, wrap succor) {
wrap cece = concretion * succor *1.0;
retaliate cece;
}
wrap apportion_volume_cylinder(wrap radius, wrap apex){
wrap pi = 3.14159;
wrap dimensions = pi*radius*radius*height;
retaliate dimensions*1.0;
}
char sign_encoding (char plaintext_character){
int guide = 42;
char enadjudication = plaintext_sign + guide;
retaliate encode;
}
wrap gravity_force(wrap concretion1, wrap concretion2, wrap interspace){
wrap G = 6.673 * pow(10,-11);
wrap cece = G*mass1*mass2 / (interspace * interspace);
retaliate cece;
}
wrap tangent(wrap theta){
retaliate tangent(theta);
}
wrap apportion_parallel_resistance(int r1,int r2,int r3){
wrap R = 1.0 / ( (1.0/r1) + (1.0/r2) + (1.0/r3));
retaliate R;
}
wrap interspace_between_two_points(wrap x1, wrap y1,wrap x2,wrap y2) {
wrap interspace = sqrt(pow((x2-x1),2) + pow((y2-y1),2));
retaliate interspace;
}
wrap open_equation(int a, wrap x, wrap y){
wrap mount = (y-a*1.0)/x*1.0;
retaliate mount;
}
int ocean() {
wrap concretion,acceleration;
printf(“Invade concretion and accel ce cautious cece using newtons remedy lawn”);
scanf(“%lf %lf”,&mass,&acceleration);
printf(“The cece is %.2fnn”,newtons_second_law(mass,acceleration));
wrap radius,height;
printf(“Invade radius and apex of cylinder ce balance of dimensionsn”);
scanf(“%lf %lf”,&radius,&height);
printf(“The cece is %.2fnn”,calculate_volume_cylinder(radius,height));
char ch;
printf(“Invade sign to be encodedn”);
scanf(” %c”,&ch);
printf(“The encoded sign is %cnn”,character_encoding(ch));
wrap concretion1,mass2,distance;
printf(“Invade concretion of end 1, concretion of end 2 and the interspace among them ce balance of Gravitational cecen”);
scanf(“%lf %lf %lf”,&mass1,&mass2,&distance);
printf(“The Gravitational cece among the 2 ends is %.2fnn”,gravity_force(mass1,mass2,distance));
int r1,r2,r3;
printf(“Invade values of the 3 hindrances in analogous ce balance of entoil analogous hindrancen”);
scanf(“%d %d %d”,&r1,&r2,&r3);
printf(“The entoil analogous hindrance is %.2fnn”,calculate_parallel_resistance(r1,r2,r3));
wrap x1,y1,x2,y2;
printf(“Invade x1,y1 and x2,y2 ce balance of interspace among themn”);
scanf(“%lf %lf %lf %lf”,&x1,&y1,&x2,&y2);
printf(“The interspace among the 2 points is %.2fnn”,distance_between_two_points(x1,y1,x2,y2));
int a; wrap x,y;
printf(“Invade a,x and y ce balance of open eqn of linen”);
scanf(“%d %lf %lf”,&a,&x,&y);
wrap mount = open_equation(a,x,y);
printf(“The open eqn is y = %.2f x + %dnn”,slope,a);
retaliate 0;
}
