Solution: The Desired Equation for the Problem / Solution 3. A pool player is about to used a cue ball to make a direct bit on the eight ball which is at rest. Each ball has a mass of 0.2 kg and the cue ball initial velocity is 6.00 m/s, after the collision the cue ball comes to a stop. What is the velocity of the eight ball? Before Collision After Collision Object A Mass = Mass = Velocity = Velocity = Total Momentum=mass x velocity Total Momentum=mass velocity P=mv P=mv Object B Mass = Mass = Velocity = Velocity = x Total Momentum=mass x velocity %3D Total Momentum3mass velocity P=mv P=mv Total Total Momentum Total Momentum (MaxVo)+(MoxVb)%D Solution: The Desired Equation for the Problem / Solution

Solution: The Desired Equation for the Problem / Solution 3. A pool player is about to used a cue ball to make a direct bit on the eight ball which is at rest. Each ball has a mass of 0.2 kg and the cue ball initial velocity is 6.00 m/s, after the collision the cue ball comes to a stop. What is the velocity of the eight ball? Before Collision After Collision Object A Mass = Mass = Velocity = Velocity = Total Momentum=mass x velocity Total Momentum=mass velocity P=mv P=mv Object B Mass = Mass = Velocity = Velocity = x Total Momentum=mass x velocity %3D Total Momentum3mass velocity P=mv P=mv Total Total Momentum Total Momentum (MaxVo)+(MoxVb)%D Solution: The Desired Equation for the Problem / Solution