Question

VI. Conservation of Momentum in Two Dimensions Classwork 63. A bowling ball with a momentum of 18 kg-m/s strikes a stationary bowling pin. After the collision, the ball has a momentum of 13 kg-m/s directed 55° to the left of its initial direction as shown below. What is the momentum (magnitude and direction) of the pin's resultant motion? before 18 kg-m/s 13 kg-m/s 55° after ?

          VI. Conservation of Momentum in Two Dimensions
Classwork
63. A bowling ball with a momentum of 18 kg-m/s strikes a stationary bowling pin. After the collision, the ball has a momentum of 13 kg-m/s directed 55° to the left of its initial direction as shown below. What is the momentum (magnitude and direction) of the pin's resultant motion?
before
18 kg-m/s
13 kg-m/s
55°
after
?

VI. Conservation of Momentum in Two Dimensions
Classwork
63. A bowling ball with a momentum of 18 kg-m/s strikes a stationary bowling pin. After the collision, the ball has a momentum of 13 kg-m/s directed 55° to the left of its initial direction as shown below. What is the momentum (magnitude and direction) of the pin's resultant motion?
before
18 kg-m/s
13 kg-m/s
55°
after
?

Added by Nancy T.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Adi S

06/26/2023

Step 1

First, we need to find the components of the momentum of the ball after the collision. We can do this by using the angle given (55 degrees) and the magnitude of the momentum (13 kg-m/s). Momentum_x = 13 * cos(55) = 7.44 kg-m/s Momentum_y = 13 * sin(55) = 10.61 Show more…

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Conservation of Momentum in Two Dimensions Classwork A bowling ball with a momentum of 18 kg·m/s strikes a stationary bowling pin. After the collision, the ball has a momentum of 13 kg·m/s directed 55° to the left of its initial direction as shown below. What is the momentum (magnitude and direction) of the pin's resultant motion? Before: 18 kg·m/s After: 13 kg·m/s at 55°