Question

i want the code and the answer to last image question#4 please

By the way, we need to print values for velocity, acclaration, mass, all of the values

This program will prompt the user for the following input The distance an object traveled from point 1 to point 2 (variable distance) The time required to travel distance (variable time) The object's initial velocity (variable initVelocity) . The mass of the object (variable mass) You will need to write a series of functions that will calculate the force of the object using the instructions below. Each function should be independent from the others (i.e., the force function Lab Handout: Functions shouldn't call the acceleration function, and the acceleration function shouldn't call the velocity function) 1. Write a function that calculates the average velocity, using the equation v- (distance) (time) 2. Write a function that calculates the average acceleration using the equation a (v-vo)/(time) Where v is the current velocity and vo is the initial velocity. For your program, use the average velocity as the current velocity. Write another function that calculates the force of an object using the equation F=ma

Answer 1

Here is the code for you:

#include <iostream>
using namespace std;
double Velocity(double distance, double time)
{
return distance / time;
}
double Acceleration(double velocity, double initVelocity, double time)
{
return (velocity - initVelocity) / time;
}
double Force(double mass, double acceleration)
{
return mass * acceleration;
}
int main()
{
double distance, initVelocity, mass, time;
cout<<"Enter the distance an object traveled from point1 to point2: ";
cin>>distance;
cout<<"Enter the time required to travel the distance: ";
cin>>time;
cout<<"Enter the object initial velocity: ";
cin>>initVelocity;
cout<<"Enter the mass of the object: ";
cin>>mass;
double velocity = Velocity(distance, time);
double acceleration = Acceleration(velocity, initVelocity, time);
double force = Force(mass, acceleration);
cout<<"Velocity: "<<velocity<<endl;
cout<<"Acceleration: "<<acceleration<<endl;
cout<<"Mass: "<<mass<<endl;
cout<<"Time: "<<time<<endl;
cout<<"Distance: "<<distance<<endl;
cout<<"Force: "<<force<<endl;
}

And the output screenshot is:

If the function is:

getForce(double distance, double time, double initialDistance, double mass)

{

return mass * getAcceleration(distance, initialDistance, time);

}

Here the code will be more reusable, and readable when compared to the code we wrote.