A force Facts in the direction forming a angle = 2°. with the surface of horizontal support of the block in figure. The horizontal plane is rough; the value of the static friction coefficient is us = 0.7. Calculate the minimum force value F because the body can move, if the mass of the body is m = 5 kg. If μd = 0.5 and the body moves with uniform motion, what force is it subjected to?
A force Facts in the direction forming a angle = 2°. with the surface of horizontal support of the block in figure. The horizontal plane is rough; the value of the static friction coefficient is us = 0.7. Calculate the minimum force value F because the body can move, if the mass of the body is m = 5 kg. If μd = 0.5 and the body moves with uniform motion, what force is it subjected to?
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Transcribed Image Text:A force F acts in the direction forming a angle = 2°. with the surface of horizontal support
of the block in figure. The horizontal plane is rough; the value of the static friction
coefficient is us = 0.7. Calculate the minimum force value F because the body can move, if
the mass of the body is m = 5 kg. If ud = 0.5 and the body moves with uniform motion,
what force is it subjected to?
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