A monkey in space entertaining himself with bouncy balls were noted to be; one of mass 300g and the other of mass 600 g. No projectiles are to move in 10 m/s, satellites captured the bouncy ball collision and In the video replay, highschoolers were able to determine that the bouncy balls collided at a 90 degree angle relative to one another, and bounced off at a 120 degree angle. Further, the speed of the lighter ball was determined to be 6 m/s after the collision. Compute the initial speeds of the two bouncy balls before they collided.

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A monkey in space entertaining himself with bouncy balls were noted to be; one of mass 300g and the other
of mass 600 g. No projectiles are to move in 10 m/s, satellites captured the bouncy ball collision and In the
video replay, highschoolers were able to determine that the bouncy balls collided at a 90 degree angle
relative to one another, and bounced off at a 120 degree angle. Further, the speed of the lighter ball was
determined to be 6 m/s after the collision. Compute the initial speeds of the two bouncy balls before they
collided.
Transcribed Image Text:A monkey in space entertaining himself with bouncy balls were noted to be; one of mass 300g and the other of mass 600 g. No projectiles are to move in 10 m/s, satellites captured the bouncy ball collision and In the video replay, highschoolers were able to determine that the bouncy balls collided at a 90 degree angle relative to one another, and bounced off at a 120 degree angle. Further, the speed of the lighter ball was determined to be 6 m/s after the collision. Compute the initial speeds of the two bouncy balls before they collided.
+600g
Transcribed Image Text:+600g
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