If water rises in a capillary tube 5.8cm above the free surface of the outer liquid what will happen to the mercury level in the same tube when it is placed in the ditch of mercury.calculate the difference in level between the mercury surface inside the tube and outside surface tension of water 75×10^-3n/m,that of mercury 547×10^-3n/m,angle of contact of mercury with clean glass 130°,density of mercury 13600kg/m^3, density of water 1000kg/m^3 ?

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5 years ago

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steps or formula for solving it pls

answered by Nduenso

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answered by Bem

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If water rises in a capillary tube 5.8cm above the free surface of the outer liquid what will happen to the mercury level in the same tube when it is placed in the ditch of mercury.calculate the difference in level between the mercury surface inside the tube and outside surface tension of water 75×10^-3n/m,that of mercury 547×10^-3n/m,angle of contact of mercury with clean glass 130°,density of mercury 13600kg/m^3, density of water 1000kg/m^3 ?

2 answers

steps or formula for solving it pls

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Ask a New Question or answer this question.

Nduenso · Answer

steps or formula for solving it pls

Bem · Answer

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