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Ideal Gas Equation

The pull P is...

Question

The pull P is just sufficient to keep the 14N block in equilibrium as shown. Pulleys are ideal. Find the tension in upper cable connected with celling.

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Q. The pulley is given an acceleration

a_{0} = 2 {m/s}^{2}

starting from rest. A cable is connected to a block

A

50 kg

as shown. Neglect the mass of the pulley. If

μ = 0.3

between the block and the floor, then the tension in the cable is:

Q. Blocks B and C are connected by a single inextensible cable, with this cable being wrapped around pulleys at D and E. In addition, the cable is wrapped around a pulley attached to block A as shown. Assume the radii of the pulleys to be small. Blocks B and C move downward with speeds of

V_{B} = 6 f t / s

V_{C} = 18 f t / s,

respectively. Determine the velocity of block A when

S_{A} = 4 f t .

Q. The pulley is given an acceleration

a_{0} = 2 {m/s}^{2}

starting from rest. A cable is connected to a block

A

50 kg

as shown. Neglect the mass of the pulley. If

μ = 0.3

between the block and the floor, then the tension in the cable is:

Q. Blocks B and C are connected by a single inextensible cable, with this cable being wrapped around pulleys at D and E. In addition, the cable is wrapped around a pulley attached to block A as shown. Assume the radii of the pulleys to be small. Blocks B and C move downward with speeds of

V_{B} = 6 f t / s

V_{C} = 18 f t / s,

respectively. Determine the velocity of block A when

S_{A} = 4 f t .

Q. Two blocks are connected with string as given in the diagram. If system is released from rest, then tension

T

in the string will be (All strings and pulleys are ideal).

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