(Solved): Height of Liquid Meniscus at a Wall. A liquid meniscus forms against a vertical wall as illustrated ...

Height of Liquid Meniscus at a Wall. A liquid meniscus forms against a vertical wall as illustrated in the figure. Assuming that the relevant parameters for this problem include the height of the meniscus at the wall $h_w$, density of liquid $?$, surface tension of the liquid $?$, contact angle against the wall $?$, and the gravitational acceleration $g$, use dimensional analysis to derive a set of applicable dimensionless groups, and then use similitude analysis to predict the value of $h_w$ on the Moon. Also given: $h_w=1.5\mathrm{mm}$ on Earth $?,?$, and $?$ are the same on Earth as on the Moon $g=9.8\mathrm{m}/{\mathrm{s}}^2$ on Earth and $g=1.6\mathrm{m}/{\mathrm{s}}^2$ on the Moon