Solve the all parts of given problem:
Problem: A cannon fires a pumpkin at a 65 degree angle with an initial velocity of 15.0 m/s.
Part A: How far has the pumpkin travelled horizontally when it gets back to the launch height? Work this out using kinematic equations.
Part B: What is the maximum height of the pumpkin? When does it occur? (Hint: what is the y-component of the velocity at the maximum height?)
Please break down every step and do not skip over anything - I have been at this problem awhile and keep getting hung up. Thanks for the help!