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Answer :
Answer:
The magnitude of the force Fy needed to keep the block in static equilibrium is C) 63.5 newtons.
Explanation:
In static equilibrium, the sum of forces acting on the block is zero. By analyzing the free body diagram, it is determined that the force Fy is the only force acting vertically. To maintain static equilibrium, the force Fy must counteract the gravitational force pulling the block downward.
Therefore, the magnitude of the force Fy is equal to the weight of the block, which is determined to be 63.5 newtons based on the given options. This calculation ensures that the forces are balanced, preventing any net force and keeping the block in a stable, static state.
Option C is correct.
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