With what minimum acceleration can a fireman slide down a rope whose breaking strength is 2/5 th of his weight
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Using Newton's Second law of motion,
As from the figure it is obviously clear that
T - mg = ma
2/5 mg - mg = ma as breaking strength is 2/5th of his weight
=> -3/5 × g = a
=> Acceleration Maximum with which he can slide down the rope is = 3/5 of g
Minimum acceleration with which he can slide down can be zero if he performs a Quasi-static process.
__________________________
HOPE IT HELPS ^_^
__________________________
Using Newton's Second law of motion,
As from the figure it is obviously clear that
T - mg = ma
2/5 mg - mg = ma as breaking strength is 2/5th of his weight
=> -3/5 × g = a
=> Acceleration Maximum with which he can slide down the rope is = 3/5 of g
Minimum acceleration with which he can slide down can be zero if he performs a Quasi-static process.
__________________________
HOPE IT HELPS ^_^
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