If your assuming the pool is a perfect cylinder w/ no sloping sides it is easy. (pi/4)*d^2 = V which would be approximately 1810 Ft3. There are 7.4805 Gallons per ft3 which gives us 13,537 gallons. This ofcourse is if u assume your pool is a perfect cylinder. If you have a more accurate messurement i can give you a more specific volume. 13,000 galloons, give or take a couple.
Volume of a cylinder is: Area of the circle x depth Area of a circle is: (pi * diameter^2)/4 where diameter is 2 ft Depth is: 1 ft Therefore, the volume of the cylinder is 3.14ft^2 * 1 ft = 3.14 cubic feet of water
If the sides are straight ... the diameter is 3-ft all the way down ... andthe bottom is flat, then the water is a cylinder.Volume of a cylinder = pi R2 H = pi (1.5)2 (3) = 21.206 cubic feet = 158.6 gallons (rounded)
7,500
261.66
4*pi = 12.6 cubic feet.
Volume of a cylinder is: Area of the circle x depth Area of a circle is: (pi * diameter^2)/4 where diameter is 2 ft Depth is: 1 ft Therefore, the volume of the cylinder is 3.14ft^2 * 1 ft = 3.14 cubic feet of water
If the sides are straight ... the diameter is 3-ft all the way down ... andthe bottom is flat, then the water is a cylinder.Volume of a cylinder = pi R2 H = pi (1.5)2 (3) = 21.206 cubic feet = 158.6 gallons (rounded)
Volume = d2 x h x 0.7854 ~ 7 x7x x 1 x 0.7854 = 49 x 0.7854 = 38.48 Gallons
7,500
What's the depth? This is essential to find cubic feet. Depth x width x length = ? Cubic Feer
261.66
4*pi = 12.6 cubic feet.
The pressure at a depth of 200 feet of water is approximately 86.6 pounds per square inch (psi). This is calculated by dividing the depth (200 feet) by the specific gravity of water (0.433) to determine the pressure in psi.
Roughly 317.5 feet squared.
Diameter x Diamater X Depth X 5.2
Assuming the pool is round, you can calculate the volume of water in the pool using the formula for the volume of a cylinder: V = πr^2h. Given the diameter (8 ft), the radius is half of that (4 ft). If you know the depth of the pool, you can plug that value in for "h" and calculate the volume of water in the pool in cubic feet.
It depends on whether the depth changes uniformly along the length of the pool.