A 10, kg block is placed on a horizontal surf | vedclass

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(C) Given: Mass $m = 10\, kg$,Force $F = 50\, N$,$\mu_s = 0.6$,$\mu_k = 0.4$,$g = 10\, m/s^2$.First,calculate the normal force $N$ acting on the block

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$50$

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(C) Given: Mass $m = 10\, kg$,Force $F = 50\, N$,$\mu_s = 0.6$,$\mu_k = 0.4$,$g = 10\, m/s^2$.First,calculate the normal force $N$ acting on the block: $N = mg = 10 	imes 10 = 100\, N$.Next,calculate the maximum static friction force $f_{s,max} = \mu_s N = 0.6 	imes 100 = 60\, N$.Since the applied force $F = 50\, N$ is less than the maximum static friction force $f_{s,max} = 60\, N$,the block remains at rest.For a block at rest,the static friction force $f$ balances the applied force $F$.Therefore,$f = F = 50\, N$.

$A$ $10\, kg$ block is placed on a horizontal surface as shown. If an external horizontal force $F = 50\, N$ is applied,find the friction force acting on the block. (Take $g = 10\, m/s^2$)

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