Answer the following:

For nos. 1 - 2 rofor to this situation: A motorcycle stunt rider rides horizontally off the edge of a 29.0 m high cliff with a range of 65.0 m. (10 points]. 1. How long it takes the motorcycle rider to reach the ground? 2. What is the velocity of the motorcycle rider just before it hits the ground? For nos. 4 - 8 refer to this situation: A soccer ball is kicked at an angle of 50 with an Initial velocity of 32.0 mis. (25 points) 4. How long wil I take the ball to reach its maximum height? 5. What is the total time of travel before the football hits the ground? 6. How high will the ball reach its highest point before it falls down? 7. How far will the ball travel horizontally? 8. What is the resultant velocity at the maximum height? For mos. 9- 13 refer to this situation: A long jumper leaves the ground at an angle of 24% to the horizontal and at a speed of 14 mis. (25 points) 9. How long wil it take the jumper to reach maximum height? 10. What is the total time the jumper will take before reaching the ground? 11. How high wil the jumper reach its highest point before it falls down? 12. How far will the jumper travel horizontaly? 13. What is the velocity vector at the maximum height? For nos. 14 - 15 rofor to this situation: A rock la fired from the edge of a cliff 125 m above the ground with an Initial speed of 48.0 mis at an angle 350 with the horizontal (15 points) 14. What is the rock's total time in air just before it hits the ground? (use quadratic formula) 15. At the instant just before the projectile hits the ground, what is the horizontal component of its velocity