Solution Found!
A puck of mass moving at approaches an identical puck that
Chapter , Problem 87(choose chapter or problem)
A puck of mass moving at approaches an identical puck that is stationary on frictionless ice. After the collision, the first puck leaves with a speed at 30 to the original line of motion; the second puck leaves with speed at 60, as in Figure 8-50. (a) Calculate the speeds and (b) Was the collision elastic? SSM
Questions & Answers
QUESTION:
A puck of mass moving at approaches an identical puck that is stationary on frictionless ice. After the collision, the first puck leaves with a speed at 30 to the original line of motion; the second puck leaves with speed at 60, as in Figure 8-50. (a) Calculate the speeds and (b) Was the collision elastic? SSM
ANSWER:Step 1 of 5
(a) In this part of the problem, we are asked to calculate the speeds of two pucks.
A puck of mass moving at approaches an identical puck that is stationary on frictionless ice as shown in the below figure.
The values are
Mass of puck
Initial velocity of puck
Mass of puck
Initial velocity of puck B,
Final velocity of puck at to the original line of motion
Final velocity of puck at to the right of the original line of motion.