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[" 18.Figure (14.Q1) shows a capillary t...

[" 18.Figure (14.Q1) shows a capillary tube of radius "r" dipped "],[" into water.If the atmospheric pressure is "P_(0)" ,the "],[" pressure at point "A" is "],[[" (a) "P_(0)," (b) "P_(0)+(2S)/(r)," (c) "P_(0)-(2S)/(r)," (d) "P_(0)-(4S)/(r)]]

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