2- Acylinder with a weight of 7 and a cross section A according to the shape is in a liquid with a special mass (floating in equilibrium. It is desirable to extract the equation of motion and calculate the oscillation period of the cylinder if it is briefly (in small dimensions) in the liquid Immerse and then release, (the solution is based on the use of the one dimensional equilibrium principle in deriving the oscillating motion equation. The buoyancy force is defined as the product of specific gravity and volume)
2- Acylinder with a weight of 7 and a cross section A according to the shape is in a liquid with a special mass (floating in equilibrium. It is desirable to extract the equation of motion and calculate the oscillation period of the cylinder if it is briefly (in small dimensions) in the liquid Immerse and then release, (the solution is based on the use of the one dimensional equilibrium principle in deriving the oscillating motion equation. The buoyancy force is defined as the product of specific gravity and volume)
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Transcribed Image Text:2- Acylinder with a weight of 7 and a cross section A according to the shape is in a liquid with a special mass (floating in
equilibrium. It is desirable to extract the equation of motion and calculate the oscillation period of the cylinder if it is briefly
(in small dimensions) in the liquid Immerse and then release, (the solution is based on the use of the one-dimensional equilibrium
principle in deriving the oscillating motion equation. The buoyancy force is defined as the product of specific gravity and volume)
(Liquid)
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