You gave a friend an outrageously large birthday present of mass m=29.7 kg. They are excitedly holding it using both hands on opposite sides of the box. Each hand applies a normal force of equal magnitude to each side of the box. The coefficients of static and kinetic friction between their hands and the paper are μS = 0.61 and μK = 0.23, respectively. The box is on the verge of slipping but they just manage to hold it. HAND y HAND ४ What is the magnitude of the normal force applied by EACH of their hands to the box? Provide your answer in Newtons to one decimal place.
You gave a friend an outrageously large birthday present of mass m=29.7 kg. They are excitedly holding it using both hands on opposite sides of the box. Each hand applies a normal force of equal magnitude to each side of the box. The coefficients of static and kinetic friction between their hands and the paper are μS = 0.61 and μK = 0.23, respectively. The box is on the verge of slipping but they just manage to hold it. HAND y HAND ४ What is the magnitude of the normal force applied by EACH of their hands to the box? Provide your answer in Newtons to one decimal place.
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
Transcribed Image Text:You gave a friend an outrageously large birthday present of mass m=29.7 kg. They
are excitedly holding it using both hands on opposite sides of the box. Each hand
applies a normal force of equal magnitude to each side of the box.
The coefficients of static and kinetic friction between their hands and the paper are
μS = 0.61 and μK = 0.23, respectively. The box is on the verge of slipping but they
just manage to hold it.
BR
HAND
y
HAND
X
What is the magnitude of the normal force applied by EACH of their hands to the
box?
Provide your answer in Newtons to one decimal place.
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