Update the following code so that Update the following code

Update the following code so that Update the following code so it uses a loop structure (any type) and it will run multiple times. The user chooses whether to repeat or exit the program by entering “Y” or “N” at the prompt.

#include <stdio.h>

#include <math.h>

double find_x_comp(double magnitude, double angle);

double find_y_comp(double magnitude, double angle);

int main(void)

{

double mag1,angle1,mag2,angle2;

double x1,x2,y1,y2,x,y,R,Ra;

//Declares variables

printf(\"Enter magnitude of vector 1 and angle 1,\ Enter magnitude of vector 2 and angle 2\ \");

//prompts user to input vectors and angles

scanf(\"%lf%lf%lf%lf\", &mag1, &angle1, &mag2, &angle2);

//Gets inputs

printf(\"Vector 1 is %.2f , angle 1 is %.2f\ Vector 2 is %.2f , angle 2 is %.2f\ \", mag1, angle1, mag2, angle2);

//Displays inputs

x1 = find_x_comp(mag1,angle1);

x2 = find_x_comp(mag2,angle2);

y1 = find_y_comp(mag1,angle1);

y2 = find_y_comp(mag2,angle2);

//Calls for user defined functions

x = (x1 +x2); //calculates x components

y = (y1 +y2); //calculates y components

R = sqrt(x*x + y*y); //calculates resultant

if(x>0)

{

Ra = (atan(y/x))*(180/3.14)+180;

}

else if (x>0,y>0)

{

Ra = (atan(y/x))*(180/3.14);

}

else

{

Ra = (atan(y/x))*(180/3.14)+360;

}

//Calculates the resultant angle from 0-359.9 degrees

printf(\"Resultant vector is %.2f at an angle of %.2f degrees\ \", R, Ra);

//displays results

return 0;

}

//User Defined Functions

double find_x_comp(double magnitude, double angle) //calculates x-component

{

double x_comp;

x_comp = ((magnitude)*(cos((angle)*3.14 / 180)));

return(x_comp);

}

double find_y_comp(double magnitude, double angle) //calculates y-component

{

double y_comp;

y_comp = (magnitude)*(sin((angle)*3.14 / 180));

return(y_comp);

}