A man of mass $$65$$ kg. is standing stationary with respect to a conveyor belt which is accelaccelerating with $$1m$$ $$/$$ $$s2$$ . If μs is $$0.2$$, the net force on the man and the maximum acceleration of the belt so that the man is stationary relative to the belt are (g$$ $$=10m$$ $$/$$ $$s2$$ $$)

Correct option is 1zero, 2m / s2

Questions

A man of mass 65 kg. is standing stationary with respect to a conveyor belt which is accelaccelerating with 1m / s² . If $μ_{s}$ is 0.2, the net force on the man and the maximum acceleration of the belt so that the man is stationary relative to the belt are (g =10m / s² )

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zero, 2m / s2

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detailed solution

Correct option is A

amax=μg

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A man of mass 65 kg. is standing stationary with respect to a conveyor belt which is accelaccelerating with 1m / s2 . If μs is 0.2, the net force on the man and the maximum acceleration of the belt so that the man is stationary relative to the belt are (g =10m / s2 )

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A man of mass 65 kg. is standing stationary with respect to a conveyor belt which is accelaccelerating with 1m / s² . If $μ_{s}$ is 0.2, the net force on the man and the maximum acceleration of the belt so that the man is stationary relative to the belt are (g =10m / s² )