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Edexcel | Physics WPH0 | W 16 4 1 | 1 hour 30 minutes
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15
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In a bowling game, a player rolls a small ball along the ground. The diagram shows the

action of the player as he starts to swing his arm forward at A, to the point when the ball

is rolling along the ground at C.

The player exerts a forward force on the ball between A and B.

15
(a) (I)
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2 Mark s

State how the motion of the ball at C differs from that at B.

At B the ball is accelerating Or at B the ball is increasing in speed

At C ball has zero acceleration (in the absence of friction)

Or at C the ball has a constant speed (in the absence of friction)

Or at C the ball is decelerating (due to friction)

Or at C the speed of the ball decreases (due to friction)

15
(a) (II)
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2 Mark s

Calculate the average forward force that the player applies to the ball.

Average forward force =

 

15
(b)
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After the collision both balls roll off at an angle to the original direction of the moving

ball as shown in the diagrams.

After the collision:

15
(b) (I)
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3 Mark s

Show that the velocity v of the first ball as it collides with the second ball is about

15
(b) (II)
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2 Mark s

By means of a suitable calculation, show that the collision is inelastic.

Correct calculation of Ek before collision 2.4 - 2.6 (J)

(show that value for v gives 3.0 (J))

(ecf value for v from (b)(i))

Correct calculation of Ek after collision 2.3 (J) with comparison

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