I. Projectile Motion, Initially at an Angle, O 0, s oY & s fY differ

(see new Bueche xerox? P.50-54 &60 and P.63 P#45 &46 BELOW)

1. Solve for t = s x/ V xfirst, then s fY = ( V o sinO 0) t + 1/2 g t 2

2. V fY = V o sinO 0 + g t tells by sign if up or down trajectory

3. V f = ( V fY2 + V x2)1/2 and O 0= tan -1( V fY/ V x)= tan -1(?/?)= ?o

4. Find s x if s fY = ?

45. Suppose you fire a projectile 35o above horizontal with an initial velocity of 200m/s. It lands in a valley 300m below the launch point. What is the range of the projectile, and what is the projectile’s flight time?

46. A motorcycle stunt driver wishes to launch from a 35o ramp and land on a 2.0m higher flat platform that is 15m horizontally away from the launch point. How fast must the motorcycle be going as it leaves the ramp if the stunt is to succeed?

II. Assignment : COMPLETE Study Sheet 1