Quite possibly 512 cubic inches!
0.116 pounds per cubic inch
1 US gallon of water weighs 8.33 pounds at 60 degrees F. There are 231 cubic inches of water per gallon, so 8.33 pounds divided by 231 = .03606--> pounds per cubic inch.
The volume of water in 1 square inch depends on the depth of the water. For example, if you have 1 square inch of water that is 1 inch deep, it would contain approximately 1 cubic inch of water, which is about 0.0164 liters or 0.0043 gallons. Without a specified depth, it's impossible to determine the exact amount of water.
259200 cubic inches or precisely 150 cubic feet
15 cubic inches = 0.00868 cubic feet.
taking the normal density of water as 1g/cc, the amount of water in 1 cubic inch would be 16.387064 grams. Addition about 1 cubic inch.
4.36 US gallons of water.
12*45*59 cubic inches = 31,860 cubic inches
1 milliliter is the answer you want though you asked the question in a confusing way, if you have a cubic foot of water a cubic inch of that water is 1 milliliter, assuming that's what you were asking
Inch is a length. Cubic inch is a volume. The question is wrong.
1 cubic inch = 16.4 cubic centimetres (approx).1 cubic inch = 16.4 cubic centimetres (approx).1 cubic inch = 16.4 cubic centimetres (approx).1 cubic inch = 16.4 cubic centimetres (approx).
Quite probably 1 cubic inch!
In 9000 cubic inches there are 147.5 liters of water. This is based on the formula that converts the volume of water in cubic inches to liters. 1 cubic inch is equal to 0.016 liters.
0.116 pounds per cubic inch
1 US gallon of water weighs 8.33 pounds at 60 degrees F. There are 231 cubic inches of water per gallon, so 8.33 pounds divided by 231 = .03606--> pounds per cubic inch.
About 0.42 ounces. Specific gravity (compared to water) about 0.73
The volume of water in 1 square inch depends on the depth of the water. For example, if you have 1 square inch of water that is 1 inch deep, it would contain approximately 1 cubic inch of water, which is about 0.0164 liters or 0.0043 gallons. Without a specified depth, it's impossible to determine the exact amount of water.