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    Buoyant Force in Equilibrium of Submerged Block

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    A block of plastic whose mass is 25 kg and whose density is 850 kg/m^3 is tied by a corfd to the bottom of a pool of seawater whose density is 1025 kg/m^3.
    Find the force in the cord.

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    Solution Preview

    Physics statements:
    A. There are three forces on the submerged object; the downward weight of the block, M g, the downward force C, exerted by the cord, and the buoyant force upward.
    B. The buoyant force, BF, on an ...

    Solution Summary

    The expert examines buoyant forces in equilibrium of submerged blocks.