# A capillary of shapes as shown is dipped in a liquid. Contact angle between liquid minisues is to be neglected . T is surface tension of liquid, r is radius of meniscus g is acceleration due to gravity $\rho$ is density of the liquid then height h in equillibrium is
$\begin{array}{1 1} a) greater\; then \;\large\frac{2T}{r \rho g} \\ b) equal \;to \large\frac{2T}{r \rho g} \\ c) less \;than \;\large\frac{2T}{r \rho g} \\ d) \text{any value depending actual value of T} \end{array}$