60" x 48" x 23 inches is 66,240 cubic inches. One liter is 61.02 cubic inches. Therefore; 66,240 cubic inches = 66,240 / 61.02 = about 1085.5 liters or about 287 US gallons.
A pool that is known for being 12 feet x 30 inches can hold 73.2 cm high of water. This type of pool is commonly used above ground and often contains a metal surround.
This cylinder can hold up to 171.7 Imperial gallons.
About three pints
25000 milliliters
i thnk it has something to do with liters... its like liters, deciliters, centiliters or mililiters, or heckaleters and deckaleters sooo i have no clue
You are missing a measurement to obtain volume. A height it going to be needed.
D cylinders are about 4 inches around and 18 inches high including the valve stem. They hold about 340 liters of compressed oxygen and so have about half the capacity of the more common E cylinders.
16" x 48" x 21 inches is 16,128 cubic inches. One liter is 61.02 cubic inches. Therefore; 16,128 cubic inches = 16,128 / 61.02 = about 264.3 liters or about 70 US gallons.
72" x 32" x 13 inches is 29,952 cubic inches. One liter is 61.02 cubic inches. Therefore; 29,952 cubic inches = 29,952 / 61.02 = about 491 liters or about 130 US gallons.
14 inches by 8 inches y 8 inches = 896 cubic inches. 896 cubic inches = 6.2222 cubic feet. 6.2222 cubic feet = 176.19308 litres
74.42 gallons.
It will hold up to about 7.57 liters.
A gallon is approximately 3.78 Liters. Liters / 3.78 = GallonsTank size inches = (w x h x l) / 231 = Gallons
Approximately 201 gallons.
Would help if you told us ACTUAL numbers instead of X inches !
40 liters
D cylinders are about 4 inches around and 18 inches high including the valve stem. They hold about 340 liters of compressed oxygen and so have about half the capacity of the more common E cylinders.