If the cross-section area is constant all the way down, then the volume is
(54,000 x 14) = 756,000 m3 = 0.000756 cubic kilometer.
If it tapers or spreads on the way down, then in order to calculate the volume,
we'd need to know the details on the how the shape of the sides varies with
depth.
This is kind of tricky, but here are the basics: Volume is the surface area of the cylinder multiplied by the depth of the water. Do not mix feet and inches, convert all dimensions to feet or inches, depending on the application. To calculate the surface area, measure the inside diameter of the cylinder, divide the diameter by 2 and then multiply by Pi (3.1416). Multiply the surface area by the depth of the water and use following information for conversion: water is 231 cubic inches per gallon or 7.481 gallons per cubic foot.
A cubic measurement is a volume measurement. To calculate volume, multiply Area x Height (or Depth).
The volume is 6.2832 cubic meters.
The answer depends on the depth to which the area is covered.
First calculate cubic feet: 3.1417 x Radius² x Depth = cubic feetNext calculate gallons: Cubic ft x 7.47 = gallons
14 gallons (1.872 cubic feet) for every inch of depth.
That also depends on the pool's diameter if it's round, or length and width if it's rectangular. The capacity is going to be 0.2778 cubic yards (rounded) for every square-foot of area on the surface.
The answer depends on the shape of the pool. If the pool is of uniform depth, then its volume is the surface area times the depth. If the surface area is measured in square feet, and the depth is measured in feet, then the volume is in cubic feet.1 cubic foot = 6.2288 Imperial gallons.
Take the three dimensions. Length, width and depth. Multiply them together L x W x D This will give you the cubic capacity in the units uses. ie cubic feet, meters etc.
Surface area is two-dimensional. Volume has a third dimension: depth.
213,000 gal / 7.48 gal /cubic foot =28,476cf /12ft(depth)=2373 sqft of surface area
This is impossible to calculate without knowing the surface area of the pool.
A density of 9.5 grams per cubic centimeter is consistent with the average density of Earth's inner core. This region starts at a depth of approximately 5,150 kilometers below the Earth's surface.
To get the average depth, take the volume and divide it by the surface area. For this question, first convert litres into cubic kilometres. Then take this value and divide it by the surface area. You could also convert the volume to cubic metres and the surface area to square metres, but it might be more tedious.
Lenght in centimeters x Hight in centimeters x Depth in centimetres will give you the cotal capacity in cubic centimeters if you divide this amount by 1000 it will give to the total capacity in litres. 1 litre is 1000ccs.
2.2 cubic feet (effective radius allowing for agitator = 10 inches, depth 12 inches). I measured it today.
Have a calculator handy? pi x r squared x depth x 7.5 = capacity in gallons. 18' pool has a 9' radius Radius squared is 9x9 or 81. Multiply 81 by pi (3.14)= 254.34. This is the square footage of the pools surface. Also good to know if you want to add a heater or some chemicals that require surface area numbers. The surface area times the depth gets you the cubic feet capacity of the pool, again sometimes good to know. So, 254 x 4' deep = 1,016 cubic feet. There are 7.5 gallons of water in a cubic foot. 1,016 x 7.5 = 7,620 gallons