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The cords support the 10 kg block at D. The length of the cord is 4 m long. The cord is fixed at A

and passes over pulleys at B and C. Determine the mass of the suspended block, E, if the system

is in equilibrium and d = 1.5 m.

E

d=1.5m

D

The cords support the 10 kg block at D The length of the cord is 4 m long The cord is fixed at A and

Answer :

Final answer:

To determine the mass of the suspended block E, we need to consider the forces acting on the system in equilibrium.

Explanation:

To determine the mass of the suspended block E, we need to consider the forces acting on the system in equilibrium. Since the system is in equilibrium, the sum of the forces in the vertical direction must be zero. We can start by analyzing the forces acting at point D. The weight of the 10 kg block acts downwards, and the tension in the cord acts upwards. Using the equation: Tension = mass x acceleration due to gravity, we can find the tension. Once we have the tension, we can use it to find the mass of block E by considering the forces at point E and point C.

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