Two spheres of the same radius, but of different masses, are both fully submerged in water. The lighter sphere is held below the water line by a rope anchored to the bottom of the container. The heavier sphere is suspended from a rope. Which one experiences the larger buoyancy force magnitude?

Question

Monserrat Harrison

Physics

27 March, 00:37

Two spheres of the same radius, but of different masses, are both fully submerged in water. The lighter sphere is held below the water line by a rope anchored to the bottom of the container. The heavier sphere is suspended from a rope. Which one experiences the larger buoyancy force magnitude?

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Answers (1)

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Karma Kline · Answer 1

The lighter sphere held below the water line by a rope anchored to the bottom of the container

Explanation:

Buoyancy is the upward force exerted on an object when it is immersed, partially or fully, in a fluid - and strictly where the fluid is subjected to a gravitational force but is not in free fall - and its value is equal to.

The force of buoyancy will be greater because tension force acting upwards assist the buoyancy force to move it upwards.