A person is standing on a cliff. They throw a ball in the +x direction with an initial velocity (m/s). It takes a certain amount of time to hit the ground. The user will enter the time and velocity when prompted. Calculate the height that the ball is thrown from (The height of the cliff). Calculate the distance from the base of the cliff to the point where it landed.

Some formulas you might need: In the vertical direction h= 1/2 g t^2

In the horizontal direction, since the velocity is constant 1 x=vt

Where h = height (m) g = gravity (a constant 9.8 m/s^2) t = time (sec) x = distance traveled (m) v = velocity (m/s)

Write a program that gives the following output. It ends with a newline. Output #1

Enter the initial velocity of the ball (in m/sec): 85.5 Enter the time it takes to hit the ground (in sec): 5.3 Problem Solution for Projectile Motion Given: Initial velocity: 85.5 m/sec Time to Ground: 5.3 seconds Answers The ball traveled 453.15 meters from the base of the cliff The height of the cliff is 137.641 meters. 

Output #2

Enter the initial velocity of the ball (in m/sec): 3 Enter the time it takes to hit the ground (in sec): 20 Problem Solution for Projectile Motion Given: Initial velocity: 3 m/sec Time to Ground: 20 seconds Answers The ball traveled 60 meters from the base of the cliff The height of the cliff is 1960 meters.

We can only use simple coding like cout and endl