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An object is at rest. Two forces, X and Y, are acting on it. Force X has a magnitude of x and acts in the downward direction. What is the magnitude and direction of Y, given that the object remains at rest?

a) Magnitude: x, Direction: Upward
b) Magnitude: x, Direction: Downward
c) Magnitude: 2x, Direction: Downward
d) Magnitude: 2x, Direction: Upward

1 Answer

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Final answer:

To keep the object at rest, force Y must be equal in magnitude and opposite in direction to force X; thus, its magnitude is x and direction is upward.

Step-by-step explanation:

The magnitude and direction of force Y, given that the object remains at rest, must balance exactly the magnitude and direction of force X.

Since force X has a magnitude of x and is acting in the downward direction, force Y must have the same magnitude to counteract force X and keep the object in equilibrium. Therefore, the correct answer is magnitude: x, direction: Upward.

The object remains at rest when the two forces are balanced. Since force X acts in the downward direction, force Y should have the same magnitude as force X but act in the opposite direction to balance it. Therefore, the magnitude of Y is x and the direction of Y is upward.

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