A cubic container has a volume of 1cm^3 and can hold 1 ml of water which has a mass of 1.AnswerMass is measured in kilograms. The mass of a given cubic container depends on the material contained within.
Well, as an example, a 70-cubic meter container could hold up to about 18,500 gallons of water.
A 15 cubic foot tank will hold a maximum of about 112.2 gallons of water.
1L.
Figure the volume in cubic inches and divide by 277.4 to get the number of gallons the container will hold. This is A close approximate formular. Convert the gallons to pints or less if it is a small container.
Oh, what a lovely question! Imagine that tiny cube holding a little pool of water, isn't that delightful? Now, in that 1 cm cubic container, you could hold about 1 milliliter of water. Just enough to keep a tiny flower hydrated and happy! Keep exploring and asking questions, there are no mistakes, just happy little accidents.
Assuming that the 512 cubic centimetres refers to the inside measure then the answer is 512 cubic centimetres, of course! Otherwise the answer depends on the thickness of the container.
6,300: Milliliters and cubic centimeters (cc) are the same.
A cubic container has a volume of 1cm^3 and can hold 1 ml of water which has a mass of 1.AnswerMass is measured in kilograms. The mass of a given cubic container depends on the material contained within.
A container with a volume of 14.44 cubic feet will hold 108 gallons of water.
A container that is 35200 cubic feet will hold approximately 262,976 gallons.
Well, as an example, a 70-cubic meter container could hold up to about 18,500 gallons of water.
Two litres of fuel will fit in a container 10cm x 10cm x 20cm.A cubic meter of liquid is 1000 liters, plus you need expansion space...a 2200-liter tank would hold it, but 2500 liters is a standard size so get that one.
a 300 liter or bigger tank
One cubic foot is a measure of volume. A one cubic meter container could hold up about 264 gallons of water.
7488 cubic units
To determine how many pounds a cubic 3.5 feet container can hold, you need to know the density of the material being filled into the container. Once you have the density of the material in pounds per cubic foot, you can multiply it by 3.5 cubic feet to find out the total weight the container can hold in pounds.