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A billiard ball was put into motion by a force of 5.0 N and applied eccentrically at the point 14.72 mm below center over a duration of 0.02 second, causing it to move to the right while rolling CCW. After traveling some distance after contact, the ball began to roll CW without sliding while still moving to the right(angular velocity became proportional to linear velocity) up until it reaches position 2 at distance d. The coefficient of kinetic friction between the ground and the ball is 0.03. d mpall = 50 g Im.ball = 8 × 10-6 kg/m² POSITION 2 Cue ball rolls forward Vfinal after traveling distance d 5.0 NC 14.72 mm inal rball 1. Which of the following the linear velocity of the ball immediately after contact?

A billiard ball was put into motion by a force of 5.0 N and applied eccentrically at the point 14.72 mm below center over a duration of 0.02 second, causing it to move to the right while rolling CCW. After traveling some distance after contact, the ball began to roll CW without sliding while still moving to the right(angular velocity became proportional to linear velocity) up until it reaches position 2 at distance d. The coefficient of kinetic friction between the ground and the ball is 0.03. d mpall = 50 g Im.ball = 8 × 10-6 kg/m² POSITION 2 Cue ball rolls forward Vfinal after traveling distance d 5.0 NC 14.72 mm inal rball 1. Which of the following the linear velocity of the ball immediately after contact?

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1) determine the velocity after contact

2) what is the required time for the ball to move forward

3) what is the speed of the ball when it begins to roll forward (CW) without sliding after the time computed at 2?

A billiard ball was put into motion by a force of 5.0 N and applied eccentrically at the point 14.72 mm below center over a duration of 0.02 second, causing it to move to the right while rolling CCW. After traveling some distance after contact, the ball began to roll CW without sliding while still moving to the right(angular velocity became proportional to linear velocity) up until it reaches position 2 at distance d. The coefficient of kinetic friction between the ground and the ball is 0.03. d mball = 50 g Imball = 8 × 10-6 kg/m² POSITION 2 Cue ball rolls forward Vfinal after traveling distance d 5.0 N[ |14.72 mm inal rball 1. Which of the following the linear velocity of the ball immediately after contact?
Transcribed Image Text:A billiard ball was put into motion by a force of 5.0 N and applied eccentrically at the point 14.72 mm below center over a duration of 0.02 second, causing it to move to the right while rolling CCW. After traveling some distance after contact, the ball began to roll CW without sliding while still moving to the right(angular velocity became proportional to linear velocity) up until it reaches position 2 at distance d. The coefficient of kinetic friction between the ground and the ball is 0.03. d mball = 50 g Imball = 8 × 10-6 kg/m² POSITION 2 Cue ball rolls forward Vfinal after traveling distance d 5.0 N[ |14.72 mm inal rball 1. Which of the following the linear velocity of the ball immediately after contact?
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