It means if there are 120 units that are one centimeter in width, length, and height inside the figure.
It would mean that if you put the figure into a basin full of water (any bit more will let it overflow), 120ml (120cc) of water will flow out (unless it absorbs water)
If you mean what is the right cross sectional area of a cube with a volume of 250 cubic centimeters the answer is 40 cc (really 39.685)
A "cc" is a cubic centimeter. Also the same volume as 1 ml (milliliter)
one is a measure of volume the other distance...there is no way to compare the two. UNLESS you mean CUBIC CENTIMETERS
It's just missing superscript. 1000 cm3 (that is, 1000 cm^3 or 1000 cm3) is saying 1000 "cubic centimeters" of volume. That is equivalent to 1 L of volume.
Assuming you mean 80 cubic centimeters, the density would be 62/80 or 0.775gms/cc
The figure 1800 cc means the engine is 1800 cubic centimeters. This number stands for the amount of engine cylinder volume.
Nothing in language. It is a metric measurement of volume. Cubic Centimeters (CC) 1 cubic inch = 16.39 cubic centimeters.
If you mean what is the right cross sectional area of a cube with a volume of 250 cubic centimeters the answer is 40 cc (really 39.685)
cubic centimeters. the basic inner volume of the motor
The capacity of your engine is derived from the swept volume of one cylinder (area of the bore * the stroke) * the number of cylinders. (dimensions in centimeters, result in cubic centimeters)
Your question does not make sense. 200 cubic centimetres is not a measure of mass. Do you mean 200 grams? To find density you divide the mass by the volume.
It stands for "cubic centimeters." That is the total volume of all cylinders.
Do you mean cubic centimeters? If yes, then 5g/cubic cm.
If you mean the units, capacity, or volume, is expressed in cubic meters, cubic decimeters (= liters), cubic centimeters (= milliliters), etc.
There are 16.387 Cubic Centimeters (cc) in 1 Cubic Inch.
A "cc" is a cubic centimeter. Also the same volume as 1 ml (milliliter)
Sorry, your question is not valid as centimeters is a unit of length and milliliters of volume. If you mean cubic centimeters, one of these is exactly the same quantity as one milliliter.