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The Buoyant Force is calculated by (fluid density)(volume of displaced fluid)(acceleration due to gravity). How does...

The Buoyant Force is calculated by (fluid density)(volume of displaced fluid)(acceleration due to gravity). How does changing the shape of an object relate to the Buoyant Force and the object's density?

A. By changing the shape of the object we manipulate both the weight of displaced fluid and the density of the object. Thus we can change the Buoyant Force on the object and change the density, making it possible for heavy objects to float, hover or rise in a fluid.

B. Changing the shape of the object does not help. We must use a denser fluid in order for heavy objects to float, hover, or rise.

C. By changing the shape of the object we manipulate both the weight of the object and the density of the fluid. Thus we can change the Buoyant Force on the object and change the density, making it possible for heavy objects to float, hover or rise in a fluid.

D. By changing the shape of the object we manipulate both the density of displaced fluid and the density of the object. Thus we can change the Buoyant Force on the object and change the density, making it possible for heavy objects to float, hover or rise in a fluid.

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