When a load is suspended, the center of gravity will always:

When a load is suspended, the center of gravity will always:

• A. Move directly under the suspension point, unless restrained
• B. Move to the lowest point possible
• C. Remain at the original position
• D. Move to the side

Answer: (A)

When a load is suspended from a single point, gravity pulls on its center of gravity straight downward. For the system to be in static equilibrium, there must be no torque about the suspension point. That happens when the line of action of the weight passes through the suspension point, so the load orientation adjusts until the center of gravity sits directly below it. From that position, any side offset would create a restoring torque, so the load settles with the CG right under the suspension. It won’t stay off to the side or slide to the lowest point of the object; it hangs vertically below the hook unless other restraints prevent rotation.

When a load is suspended from a single point, gravity pulls on its center of gravity straight downward. For the system to be in static equilibrium, there must be no torque about the suspension point. That happens when the line of action of the weight passes through the suspension point, so the load orientation adjusts until the center of gravity sits directly below it. From that position, any side offset would create a restoring torque, so the load settles with the CG right under the suspension. It won’t stay off to the side or slide to the lowest point of the object; it hangs vertically below the hook unless other restraints prevent rotation.