The density of a steel anchor is 4205 kg/cu.m that is attached to a cylinder with 0.60m diameter, height of 1.2m, and with a mass of 34kg that floats in water with its axis vertical(upright). The steel anchor is attached to the cylinder which causes it to be submerged to a depth of "h" meters and remain in equilibrium position. a)What is the required weight of the anchor that will submerge the cylinder to half of its length in Newton?*
The density of a steel anchor is 4205 kg/cu.m that is attached to a cylinder with 0.60m diameter, height of 1.2m, and with a mass of 34kg that floats in water with its axis vertical(upright). The steel anchor is attached to the cylinder which causes it to be submerged to a depth of "h" meters and remain in equilibrium position. a)What is the required weight of the anchor that will submerge the cylinder to half of its length in Newton?*
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The density of a steel anchor is 4205 kg/cu.m that is attached to a cylinder with 0.60m diameter, height of 1.2m, and with a mass of 34kg that floats in water with its axis vertical(upright). The steel anchor is attached to the cylinder which causes it to be submerged to a depth of "h" meters and remain in equilibrium position.
a)What is the required weight of the anchor that will submerge the cylinder to half of its length in Newton?*
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