There are 1,728 cubic inches in a cubic foot, so 150 cubic inches would be equivalent to 0.087 cubic feet.
A gallon of water occupies 231 cubic inches of space, as there are 231 cubic inches in a gallon. To find the area it fills in inches, we need to divide this volume by the height at which the water is spread. If we assume the water is spread evenly at a height of 1 inch, the area covered by a gallon of water would be 231 square inches.
One cubic foot is equal to 1,728 cubic inches. Therefore, one cubic foot is 1,728 times larger than one cubic inch.
The weight of a column of water can be calculated using the formula: weight = volume x density x gravity. For a 100-foot column of water that is 4 inches in diameter, the volume would be 2520 cubic inches. Assuming a density of water as 62.4 lbs/ft^3 and gravity as 9.81 m/s^2, the weight would be approximately 1085 pounds.
0.075 L
71400 cubic inches of water weighs approx 11466 Newtons.
A volume of 453 cubic inches is filled by 1.961 gallons of water.
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.
1,356 cubic inches converts to approximately 5.9 US gallons.
12
5.7 US gallons of water.
53.2 fluid ounces of water.
Exactly 4 cubic inches of it. That's pretty nearly the same as 2.21645 fluid ounces.
Square inches of water is not measurable. The question must be in cubic inches of water in order to give a third dimension to the water. Width X length X depth = cubic size of water you wish to weigh.
Quite possibly 512 cubic inches!
A cubic gallon of water occupies one cubic foot of space, which is equivalent to about 7.48 gallons.
12*45*59 cubic inches = 31,860 cubic inches