Categories > Mechanical Properties of Fluids > Capillarity > Two parallel glass plates are dipped partly in the liquid of density $d$ keeping them vertical. If the distance between the plates is $x$, surface tension for liquids is $T$ and angle of contact is $\theta$, then rise of liquid between the plates due to capillary will be

Mechanical Properties of Fluids

Question: Two parallel glass plates are dipped partly in the liquid of density $d$ keeping them vertical. If the distance between the plates is $x$, surface tension for liquids is $T$ and angle of contact is $\theta$, then rise of liquid between the plates due to capillary will be


1) $\frac{T\cos \theta }{xd}$
2) $\frac{2T\cos \theta }{xdg}$
3) $\frac{2T}{xdg\cos \theta }$
4) $\frac{T\cos \theta }{xdg}$
Solution: Explanation: No Explanation
Capillarity Surface Tension

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