P = $\rho\text{gh}$

P = the water pressure at the base of the water tower in pounds per square foot (lb/$ft^2$) $\rho$= the density of water in slugs per cubic foot, $\rho=1.94$slugs/$ft^3$ g = the acceleration due to gravity, g = 32.2 ft/$ft^2$ h = the height of water above ground in feet (ft)

Create a table that shows the water pressure in lb/in$^2$in a pipe located at the base of the water tower as you vary the height of water in increments of 10 ft. Also plot the water pressure (lb/in$^2$) versus the height of the water in feet.