The uniform beam of total P (units in newton), 2m long, is suspended by the cable that passes over the large pulley. A locking pin at A prevents rotation of the pulley. If µ = 0.4 between the cable...


The uniform beam of total P (units in newton), 2m long, is suspended by the cable that passes<br>over the large pulley. A locking pin at A prevents rotation of the pulley. If µ = 0.4 between the<br>cable and the pullley, determine the value of x for which the cable will not slip from the pulley.<br>0.5m<br>X<br>2m<br>W<br>

Extracted text: The uniform beam of total P (units in newton), 2m long, is suspended by the cable that passes over the large pulley. A locking pin at A prevents rotation of the pulley. If µ = 0.4 between the cable and the pullley, determine the value of x for which the cable will not slip from the pulley. 0.5m X 2m W

Jun 10, 2022
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