A 10kg box sits stationary on a 30 degree ramp. a. Draw a free-body diagram representing the forces present on the box. b. Calculate what the force of friction holding the box in place is. c. Calculate and name the coefficient of friction that is responsible for the force of friction.
A 10kg box sits stationary on a 30 degree ramp. a. Draw a free-body diagram representing the forces present on the box. b. Calculate what the force of friction holding the box in place is. c. Calculate and name the coefficient of friction that is responsible for the force of friction.
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
Transcribed Image Text:A 10kg box sits stationary on a 30
degree ramp.
a. Draw a free-body diagram
representing the forces present
on the box.
b. Calculate what the force of
friction holding the box in place is.
c. Calculate and name the
coefficient of friction that is
responsible for the force of
friction.
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