Respuesta :
Answer:
The coefficient of static friction between your partner and the floor is 0.55
Explanation:
Given:
Mass [tex]m = 59[/tex] Kg
Frictional force [tex]F_{s} = 318.3[/tex] N
From the formula of frictional force,
[tex]F_{s} = \mu_{s} mg[/tex]
Where [tex]\mu _{s} =[/tex] coefficient of static friction, [tex]g = 9.8 \frac{m}{s^{2} }[/tex]
Put the above values and find the coefficient of static friction.
[tex]318.3 = \mu_{s} \times 59 \times 9.8[/tex]
[tex]\mu_{s} = 0.55[/tex]
Therefore, the coefficient of static friction between your partner and the floor is 0.55
The coefficient of static friction between your partner and the floor is 0.551.
Calculation of the coefficient of static friction:
Since m = mass = 59 kg
fs = static friction force = 318.3
We know that the frictional force is given as
fs = \mus mg
318.3 = \mus (59 x 9.8)
\mus = 0.551
hence, we can conclude that The coefficient of static friction between your partner and the floor is 0.551.
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