After Coillsion Before Collision Velocity = 5m/s 35 A (B 40 Mass = 40g Mass = 60g B The diagram above shows a ball (A) which is moving at 5ms before colliding with another stationary ball (B). After the collision both balls move off with different directions and velocities. Find the speed of the first ball (ball A) after the collision.
After Coillsion Before Collision Velocity = 5m/s 35 A (B 40 Mass = 40g Mass = 60g B The diagram above shows a ball (A) which is moving at 5ms before colliding with another stationary ball (B). After the collision both balls move off with different directions and velocities. Find the speed of the first ball (ball A) after the collision.
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![After Coillsion
Before Collision
(A
Velocity
A
= 5m/s
35
B
40
Mass = 40g
Mass = 60g
B
The diagram above shows a ball (A) which is moving at 5ms before colliding with
another stationary ball (B). After the collision both balls move off with different directions
and velocities. Find the speed of the first ball (ball A) after the collision.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fbc5a7f44-f883-4cf2-8c1e-fbb6272dba60%2F6ed2263a-de51-4c18-92f5-86c8e7bbe14e%2Ftzcbeeq_processed.jpeg&w=3840&q=75)
Transcribed Image Text:After Coillsion
Before Collision
(A
Velocity
A
= 5m/s
35
B
40
Mass = 40g
Mass = 60g
B
The diagram above shows a ball (A) which is moving at 5ms before colliding with
another stationary ball (B). After the collision both balls move off with different directions
and velocities. Find the speed of the first ball (ball A) after the collision.
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