A ball naturally floats with 35% of its volume above the surface of a pool filled with mercury (density 13,600 kg/m³). If a force of 1,200 N is required to force the ball completely under water, what is the radius of the ball? A) 5.7 cm B) 18.3 cm C) 14.9 cm D) 12.9 cm

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The Answer of A ball naturally floats with 35% of its volume above the surface of a pool filled with mercury (density 13,600 kg/m³). If a force of 1,200 N is required to force the ball completely under water, what is the radius of the ball? A) 5.7 cm B) 18.3 cm C) 14.9 cm D) 12.9 cm

A Ball Naturally Floats with 35% of Its Volume Above