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
What's the depth? This is essential to find cubic feet. Depth x width x length = ? Cubic Feer
7,500
261.66
4*pi = 12.6 cubic feet.
Diameter x Diamater X Depth X 5.2
Roughly 317.5 feet squared.
You have to know how deep the pool is....and is it a perfect circle? We know the diameter of the pool & therefore the radius & with the aid of Pi we can find the circumference, but without knowing the depth of the water the Q cannot be answered.
It depends on whether the depth changes uniformly along the length of the pool.
As it is a hole there is no dirt in it. However, a cylinder of dirt with radius 1.5ft, depth 5ft and a volume of πr2h ~= 35.34 cu ft has been removed.