\fPART 1: VELOCITY DETERMINATION FRCJM BALLISTIC PENDULUM Pendulum Mass, M = 243g i o.o5g_ Projectile lil'lassJI m = g i o.o5g_ Pendulum Length, REM = .351n i o.o5 on Trial # Swing Angle Projectile {degrees} Velocity1 v. {nlf s] 2-91 5-?5 5- T5 5.61 5.61 *Assume g: g. T926 mfs Method 1 Mean Projectile Velocity, 51 = 5.31_ i o.o5 1113's *Note the : uncertainty here is your calculated standard deviation: o. PART 2: 1l.-"ELE1IIZIIT'.'E DETERMINATION FROM KINEMATIC RANGE Prediction of Point of Impact 4. Assuming the velocity will be the same as that from Part 1, solve 1;; 2 ii for the expected range traveled; y. This is your prediction for where the ball I.iu'ill land. Where do you predict the ball to land? 5. How far from your prediction did the ball a_ctu_a_l_ly_l_an_d? E. 1What possible reasons could have led to your projectile travelling a different distance than expected