Question

2. Strength. The robots will attempt to lift several heavy objects 3. Combat effectiveness. The robots will battle against 100 humans and then receive a score based on the number of victories. Create three functions (one for each phase). 1. float calculate_speed (float finish_line_distance) 2. int calculate_strength() 3. int calculate_combat(float speed, int strength) calculate_speed() should take the distance to the finish line as an argument, perform the speed test from the first workshop and return the robot's speed. calculate_strength () should prompt the user to input a whole number between O and 100 (representing the number of objects the robot could successfully lift) and return that number. calculate_combat() should simulate 100 rounds of combat against human opponents. A robot's percentage chances of winning in combat can be calculated using the following formula: strength Min speed, 50) + 100 X 50 The "Min" portion of the formula can be read as "either speed or 50, whichever is smallest" The +10 portion of the formula should be calculated as a random number from -10 to 10 The function should use random number generation for the combat and return a whole number representing the total number of victories. The program should also include a main() function that calls each of the above three functions in sequence At the end of the main function, the user should be asked if they would like to repeat the simulation again. The program should not end under any circumstances other than the user choosing not to repeat.

help me with the loops and the last part of this question .i am using c language....speed=distance/time....in the 1st part of the program i had to write a program to calculate speed...we had to input distance in meters and time in seconds.

Answer 1

please find the output screenshot and code below.

code :

//defining the predefined libraries

#include<stdio.h>

#include <time.h>

#include <stdlib.h>

//defining the method for calculating the speed

//here the distance is the parameter

float calculate_speed(float finish_line_distance) {

int time;

//time taking as the input from the user

printf("Enter the time in seconds : \n");

scanf("%d",&time);

//calculating speed = distance/time

float res = (finish_line_distance/time);

//returning the speed

return res;

}

//method for calculating the strength

int calculate_strength() {

int number;

//asking the user to enter the number between 0 and 100

printf("Enter a whole number between 0 and 100\n");

//reading a number from the console

scanf("%d",&number);

//returning the number

return number;

}

//calculating the combat value

int calculate_combat(float speed, int strength){

int minValue = 50;

//calculating the min(50,speed)

if(speed < 50) {

minValue = speed;

}

//generating the random value between -10 and 10

srand(time(NULL));

int nRandonNumber = (rand()%((10+1)-(-10)) + (-10));

printf("random number is %d\n",nRandonNumber);

//calculating the combat using the formaula given

float res = (minValue + ((strength/100) * 50) + nRandonNumber);

//returning the combat

return res;

}

//our main method starts here

void main() {

//defining the variables

float finish_line_distance,speed;

int strength;

//reading the distance from the user

printf("Enter the finish Line Distance : \n");

scanf("%f",&finish_line_distance);

//calling the function speed to calculate speed

float res = calculate_speed(finish_line_distance);

printf("speed is %f\n",res);

//calling the strength function to calculate strength

int res1 = calculate_strength();

printf("the strength is %d\n",res1);

//calling the combat function to calcualte the combat

int res2 = calculate_combat(res,res1);

//printing the result

printf("the comabat values is %d\n",res2);

}

output screenshot :