Momentum=mass X velocity Total Momentum Before Collision = Total Momentum After Collision

momentum object 1 + momentum object 2 = Momentum object 1 + momentum object 2
m1 v1 + m2v2 = m1 v1 + m2v2
1. You are given the following data about a golf club hitting a stationary golf ball:
mass of club head = 0.350 kg
mass of golf ball = 0.046 kg
speed of club head before collision = 38 m/s
speed of club head after collision = 29 m/s
Calculate the following: SHOW WORK!!
A. momentum of club head before collision
Answer=
B. momentum of club head after collision

Answer=
C. momentum of golf ball before collision

Answer=
D. momentum of golf ball after collision

Answer=
E. Velocity of the golf ball after it is hit by the golf club

Answer=

2. You are given the following data about a bowling ball hitting a stationary bowling pin: SHOW WORK!!
mass of bowling ball = 7.0 kg
mass of bowling pin = 1.5 kg
speed of bowling ball before collision = 11 m/s
speed of bowling ball after collision = 6 m/s

Calculate the following: SHOW WORK!!
A. momentum of bowling ball before collision

Answer=
B. momentum of bowling ball after collision

Answer=
C. momentum of bowling pin l before collision

Answer=
D. momentum of bowling pin after collision

Answer=
E. speed of the bowling pin after it is hit by the bowling ball

Answer=