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The temperature of an air bubble while rising from bottom to surface of a lake remains constant but its diameter is doubled. If the pressure on the surface is equal to h meter of mercury column and relative density of mercury is ρ , then the depth of the lake in meter, is |
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Answer» The temperature of an air bubble while rising from bottom to surface of a lake remains constant but its diameter is doubled. If the pressure on the surface is equal to h meter of mercury column and relative density of mercury is ρ , then the depth of the lake in meter, is |
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