Find the volume of the container which would be 6 x 14 x 22 = 1848 cubic inches.
Since a gallon of water takes up 231 cubic inches divide the volume by that. 1848 / 231 = 8.
8 Gallons of water.
The number of barrels needed to fill up a pool depends on the size of the pool. On average, a barrel of oil holds about 42 gallons of oil. You would need to calculate the volume of your pool in gallons and then convert that into barrels to estimate how many barrels you would need to fill it.
To calculate the volume of concrete needed to fill a 55-gallon drum, you first need to know the dimensions of the drum. Once you have the dimensions, you can use the formula for the volume of a cylinder (V = πr^2h) to calculate the volume of concrete required. Remember to convert the volume from gallons to cubic inches or feet for accurate results.
A standard NHL ice rink holds about 10,600 gallons of water. The exact amount can vary depending on the size and depth of the rink, but a typical ice rink will require thousands of gallons to fill.
55 liters is about 14.5 (14.5295) US gallons.
7222 cubic feet of water is equal to approximately 54,024.3 US gallons. (1 cubic foot = 7.480519481 gallons)
Close to 24,000 gal if it is rectangular.
4400 gallons, or 4,398.24 gallon rounded off.
It takes 7 gallons to fill a entire tire!
30,000 gallons.
What are your depths in the deep and shallow end and what shape is the pool? Rectangular, kidney, oval or irregular?
48,000 gallons of water
Multiply all three dimensions to get the volume in cubic feet. Then multiply that product by 7.48 to convert to gallons.
It takes 59.84 gallons to fill eight cubic feet.
10 gallons
410 gallons can fill 410/24 = 17.083, 24 gallon containers.
A replacement fuel tank is 27 gallons, so a couple of gallons less should fill it up.
If rectangular about 21,000 gallons if oval about 16,000 gallons