A block has a mass of 20kg rest initially on a plaire inclined at 30 deg. What value of force is required to stop the block from sliding if: A. The plane has a coefficient of friction of static and kinetic equal to o.16 and o.13 respectively. B. What will be the value of the force if the velocity is constant and is directed upward parallel to the inclined?

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A block has a mass of 20kg rest initially on a plare inclined at 30 deg. What value of force
is required to stop the block from sliding if:
A. The plane has a coefficient of friction of static and kinetic equal to 0.16 and o.13
respectively.
B. What will be the value of the force if the velocity is constant and is directed upward
parallel to the inclined?
Transcribed Image Text:A block has a mass of 20kg rest initially on a plare inclined at 30 deg. What value of force is required to stop the block from sliding if: A. The plane has a coefficient of friction of static and kinetic equal to 0.16 and o.13 respectively. B. What will be the value of the force if the velocity is constant and is directed upward parallel to the inclined?
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