e. 31.04; 19.03; 10016' f. 240; 9 28 ; 99 27 g. B=21 23 h. 32.04; 20.03; 101 16' i. 243; 9 28 ; 99 28 j. 732.4 k. Angular acceleration 1. Kinetic m. Potential n. Degree o. Radian P. Mass q. Weight r. Efficiency s. Advantages t. Normal force u. Pressure v. Momentum x. Density y. Volume z. Stress PART II (APPLICATION) Draw FBD and solve the problems correctly. Copy and answer . 6.An engineer leaves his house and drives 22 km in a northerly direction, then drives in a direction 60 south of east for 47 km , what is the displacement from his house? and direction? 7.A movie stunt driver on a motorcycle speeds horizontally off a 50 m high cliff. How fast must the motorcycle leave the cliff top to land on a wheel ground below, 90 m from the base of the cliff where the cameras are?ignore air resistance? 8.a)Derive a formula for the horizontal range R of a projectile in terms of horizontal velocity vo and angle Ao. The horizontal range is defined as the horizontal distance the projectile travels before returning to its original height (which is the typically the ground); that is y(final)=yo- b)Suppose one of Napoleon's cannons had a muzzle velocity vo of 60 m/sec. At what angle should it have been aimed(ignore air resistance) to strike the target 320 meters away