Mass: Pound and Gram
Volume: Gallon and Litre.
To find the volume of a rectangular solid (just like your box), you multiply the dimensions of Length, Width and Height. For your question: Volume = Length * Width * Height Volume = (9 cm) * (6 cm) * (3 cm) Volume = 162 cm3 To take this to a slightly higher level, you can give your answer in other units, recalling that 1 mL = 1 cm3, and you get the Volume = 162 mL
Not sure
We need to know the mass and volume to give you an answer.
6 units (or ones).
unit conversions give an equal amount but with other units
Examples of common nouns:appleboatcouchdaggereggfoamgorillaharpicejoykneelollipopmothernotionoperapurposequailrocksteakteacherurchinvalleyworkbenchyogurtzoologist
1km=1000m
Volume of a cylinder in cubic units = pi*radius2*height.
It is a common sight for me to answer questions like this.
It is Length * Width * Height in the appropriate cubic units.
Density is mass in a given volume. Simply divide your mass by your volume. Keep units in mind, as your figures will give g/cm3 which will give you .1025641026
Liters per cubic meter in the metric system and many other units. Gallons per cubic foot in the English system of units and many others. +++ Not "per" those other units. The litre (to give its proper, French spelling) and the gallon are themselves units of volume so the volume is just litres or gallons.
It isn't. Volume and mass are two very different things. Of course, depending on the units chosen, and the material that takes up a certain space, volume may be less than mass in some cases. But, to give a counter-example: in a perfect vacuum, a cubic meter has a volume (in SI units) of 1 (cubic meter), and a mass of zero (kilograms).It isn't. Volume and mass are two very different things. Of course, depending on the units chosen, and the material that takes up a certain space, volume may be less than mass in some cases. But, to give a counter-example: in a perfect vacuum, a cubic meter has a volume (in SI units) of 1 (cubic meter), and a mass of zero (kilograms).It isn't. Volume and mass are two very different things. Of course, depending on the units chosen, and the material that takes up a certain space, volume may be less than mass in some cases. But, to give a counter-example: in a perfect vacuum, a cubic meter has a volume (in SI units) of 1 (cubic meter), and a mass of zero (kilograms).It isn't. Volume and mass are two very different things. Of course, depending on the units chosen, and the material that takes up a certain space, volume may be less than mass in some cases. But, to give a counter-example: in a perfect vacuum, a cubic meter has a volume (in SI units) of 1 (cubic meter), and a mass of zero (kilograms).
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You do not give a value for the volume. Density is worked out by the following expression: density = mass/volume Your units will be g per ml
common average old before
To find the volume, simply multiply each of these numbers together. Since there are not any units, I can't give an approxamite size of this volume, but the answer is 82940000000 of some unit cubed. Hope this helps!