A cubic container has a volume of 1cm^3 and can hold 1 ml of water which has a mass of 1.
Answer
Mass is measured in kilograms. The mass of a given cubic container depends on the material contained within.
No. One gram is a measure of mass only. One gram per cubic centimeter is a measure of density, which is mass/volume. One gram per cubic centimeter means that every cubic centimeter has a mass of one gram.
Cubic foot
A gram is a measurement of mass. It is the mass of one cubic centimeter of water.
One tonn
A cubic mile is a unit of volume, not of mass. Mass is measured in kilograms, pounds, or tonnes.
The answer depends on the shape and material of the container!
The container would need to be 800 milliliters or 800 cubic centimeters, because there is one gram of mass in one cubic centimeter of water. Remember that one milliliter equals one cubic centimeter. (If you are not positive that this answer is correct, it was found from an 8th grade science worksheet.)
The container is a cube, therefore if one side if 50cm each side is 50cm. As such, the volume of the cube is 50x50x50, or 125,000cm3. Pure water weighs 1g/millilitre, and 1mL is equal to 1cm3. Therefore the mass of water in the container is 125,000g, or 125kg.
no if there is no air in the container (a vacuum) to begin with the addition of air will add mass to the container. air weighs roughly .0807 lbs per cubic foot
One cubic foot is a measure of volume. A one cubic meter container could hold up about 264 gallons of water.
231 cubic inches per US gallon.
No. One gram is a measure of mass only. One gram per cubic centimeter is a measure of density, which is mass/volume. One gram per cubic centimeter means that every cubic centimeter has a mass of one gram.
135mL equates to 135 cubic centimeters (cc) or0.135 cubic decimeters.
A container one metre high, one metre long, and one metre wide holds one cubic metre of solids.
To calculate it find the volume of the sand in the container and multiply this by the density of the sand in the container. A much easier way to find the mass of the sand is to weight the container with the sand in it, empty the sand out of the container (and into another container if you want to keep the sand), re-weight the now empty container and subtract this weight from the first.
Cubic foot
One cubic meter of water is one thousand kilograms.