Solve the all parts of given question:
Question: A coyote on jet skies chases a roadrunner. The Coyote's inital velocity is a zero and his initial and constant acceleration is 15 m/s^2. If the coyote is 120 m from the same direction,
Part A: what would the roadrunner's constant speed have to be if he is to reach the edge of the cliff (where he reverses his direction) at the same time as the coyote?
Part B: If the cliff is 100m above the floor of the cayon, how far would he coyote land from the base of the cliff?
Part C: What are the components of the coyote's velocity just before he hits the ground?
Please also explain, thank you in advance.