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33. A rope of mass M and length L is being rotated about one end in a gravity free space. A pulse is being created at one of th...Asked by michel
A rope of mass M and length L is being rotated about one end in a gravity free space. A pulse is being created at one of the ends. The angle through which rope will be rotated in the time when pulse reaches the opposite end of rope for first time and for the angular velocity of rope 'ω', is
a) π/√2 b) π/2 c) π/(2√2) d) π2
ans is option a
pls explain me how?
a) π/√2 b) π/2 c) π/(2√2) d) π2
ans is option a
pls explain me how?
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Answered by
DANDA DIVYA CHANDRIKA
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