In the arrangement as shown

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In the arrangement as shown, A and B arc two cylinders each of length L and density d1 and d2(d1<d2) respectively. They are joined together and submerged in the liquid of density d with length L/2 of A outside the liquid. If the difference in densities of two cylinders is equal to density of the liquid, find d1.
08
Oct
In the arrangement as shown, A and B arc two cylinders each of length L and density d1 and d2(d1<d2) respectively. They are joined together and submerged in the liquid of density d with length L/2 of A outside the liquid. If the difference in densities of two cylinders is equal to density of the [...]
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Tags: a further one-sixth of its length is immersed. The ratio between the masses of the man and the wooden piece is , A large wooden piece in the form of a cylinder floats on water with two-thirds of its length immersed. When a man stands on its upper surface , In the arrangement as shown ,
In the arrangement as shown, mB = 3 m, density of liquid is ρ and density of block B is 2ρ. The system is released from rest so that block B moves up when in liquid and moves down when out of liquid with the same acceleration. Find the mass of block A.
08
Oct
In the arrangement as shown, mB = 3 m, density of liquid is ρ and density of block B is 2ρ. The system is released from rest so that block B moves up when in liquid and moves down when out of liquid with the same acceleration. Find the mass of block A. a further [...]
Posted in: Uncategorised (JEE Advanced Physics by BM Sharma + GMP Solutions) ,
Tags: a further one-sixth of its length is immersed. The ratio between the masses of the man and the wooden piece is , A large wooden piece in the form of a cylinder floats on water with two-thirds of its length immersed. When a man stands on its upper surface , In the arrangement as shown , mB = 3 m ,