In the game of snooker, all the balls have approximately the same mass. In the figure below, the white ball travelling with a speed of $3.0 m / s$ strikes a black ball that is at rest and follows the path shown. The white ball has a speed of $1.5 m / s$ immediately after the collision, $3 0^{?}$ above the positive $x$ -axis. Calculate the speed and direction $(?)$ of the black ball after the collision? $[6]$

Question

In the game of snooker, all the balls have approximately the same mass. In the figure below, the white ball travelling with a

In the game of snooker, all the balls have approximately the same mass. In the figure below, the white ball travelling with a speed of

3.0 m / s

strikes a black ball that is at rest and follows the path shown. The white ball has a speed of

1.5 m / s

immediately after the collision,

3 0^{?}

above the positive

x

-axis. Calculate the speed and direction

(?)

of the black ball after the collision?

[6]

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