Question

Consider the collision depicted in fig. to be between two billiard balls with equal masses m1

=

m

2

. The first ball is called the cue while the second ball is called the target. The billiard

player wants to ‘sink’ the target ball in a corner pocket, what is at an angle

q

2

= 32°.​

Answer 1

Answer:

Consider the collision depicted in Figure, to be between two billiard balls with equal masses

. The first ball is called the cue and the second ball is called the target. The billiard player wants to sink the target ball in a corner pocket, which is at an angle

. Assume that the collision is elastic and that friction and rotational motion are not important. Obtain