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you slide across a wooden floor in your socks. there is a normal force of 1033 n acting on you, and the coefficient of kinetic friction is 0.21. what is the force of friction acting on you as you slide?

Answer :

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While you stand up, the force on you is your weight (w). The friction force when you slide is:

[tex]F_R = \mu \cdot w = 0.21\cdot 1033\ N = \bf 216.93\ N[/tex]

Answer:

216.93 N

Explanation:

An object slides over a surface when sliding force due to friction acts.

The sliding force of friction [tex](F_s)[/tex] and normal force (N) are related as:

[tex]F_s = \mu _s N[/tex]

Where, [tex] \mu_s[/tex] is coefficient of kinetic friction.

Given:

N = 1033 N

[tex]\mu_s = 0.21\\ \Rightarrow F_s = 0.21 \times 1033 N = 216.93 N[/tex]

Thus, the force of friction would be 216.93.

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