At least 135 millilitres. If it was full of sand then its capacity is 135 ml but there is nothing in the question to indicate that it was filled with the sand.
A container holds volume.
The amount a container will hold is the volume of the container. It is also the Capacity if the container has liquid in it.
Any container with a volume which at least 40 millilitres.
That's going to depend on the shape of the container, especially on how much 'real estate' the base of the container covers. For discussion, imagine that the container is a square fish tank, and the four walls go straight up from the four sides of the square base. -- If the base of the tank covers 64 square feet and it holds 64 cubic feet, then the water in it is 1 foot deep. -- If the base of the tank covers 1 acre and it holds 64 cubic feet, then the water in it is 0.0176 inch deep. -- If the base of the tank covers 1 square inch and it holds 64 cubic feet, then the water in it is 9,216 feet (1.745 mile) deep.
You would use the measurement of volume (mm3, cm3) it is pronounced 'cubed', as in 'squared'.
To find the cubic volume of a container in milliliters, you would use the same value in cubic centimeters (cm^3) as they are equivalent. Therefore, the volume of a 135 ml container is 135 cm^3.
A container with a volume of at least 24.06 cubic feet.
A container with a volume of 14.44 cubic feet will hold 108 gallons of water.
A container holds volume.
The amount a container will hold is the volume of the container. It is also the Capacity if the container has liquid in it.
The volume of a storage cylinder which holds 2341 liters is: 82.67 cubic feet or 22.34 cubic meters.
Volume.
The volume of a gas can be determined by measuring the volume of the container that holds it
58 Cubic Centimetres (cc's) is a volume.
Any container with a volume which at least 40 millilitres.
To determine the volume of the container in liters, you would need to use the density of water, which is approximately 1 kg/L. Since the container holds 3.20 kg of water, the volume of the container would be 3.20 L.
That's going to depend on the shape of the container, especially on how much 'real estate' the base of the container covers. For discussion, imagine that the container is a square fish tank, and the four walls go straight up from the four sides of the square base. -- If the base of the tank covers 64 square feet and it holds 64 cubic feet, then the water in it is 1 foot deep. -- If the base of the tank covers 1 acre and it holds 64 cubic feet, then the water in it is 0.0176 inch deep. -- If the base of the tank covers 1 square inch and it holds 64 cubic feet, then the water in it is 9,216 feet (1.745 mile) deep.