A mass m is given an initial velocity v, up an inclined plane of angle 0 (8 is greater than the angle of friction). Find the distance the mass moves up the incline, the time it takes to reach this point, and the time it takes to return to its original position.
A mass m is given an initial velocity v, up an inclined plane of angle 0 (8 is greater than the angle of friction). Find the distance the mass moves up the incline, the time it takes to reach this point, and the time it takes to return to its original position.
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![A mass m is given an initial velocity v, up an inclined plane of angle 8 (8 is greater than the angle
of friction). Find the distance the mass moves up the incline, the time it takes to reach this point,
and the time it takes to return to its original position.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa428d053-f2a8-423a-af03-1ac76abd7be5%2Fde1d4335-23a4-4605-a00b-3ac92e765ae8%2Fh6x5kp_processed.png&w=3840&q=75)
Transcribed Image Text:A mass m is given an initial velocity v, up an inclined plane of angle 8 (8 is greater than the angle
of friction). Find the distance the mass moves up the incline, the time it takes to reach this point,
and the time it takes to return to its original position.
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