There is no such measure as a centermeter.
A centimetre is a measure of distance so a wingspan seems a reasonable option (for an insect).
There is no such measure as a centermeter.
A centimetre is a measure of distance so a wingspan seems a reasonable option (for an insect).
There is no such measure as a centermeter.
A centimetre is a measure of distance so a wingspan seems a reasonable option (for an insect).
There is no such measure as a centermeter.
A centimetre is a measure of distance so a wingspan seems a reasonable option (for an insect).
It is a meaningless concept. You cannot add mass to a length.
The volume is (6 x 3 x 1) = 18 cm3 . The density is (whatever amount of mass is contained in 1 cm3 ) per cm3 , or (1/18 of the mass of the total solid you described) per cm3 .
A centimetre is exactly one centimetre in length - by definition!
You don't. One is a unit of length and the other a unit of area.
These are two different types of measurements. One is length or distance and the other is weight or mass. Please edit your question to include more context or details.
Not possible to covert a length unit to a mass unit.
There is no direct conversion between ounces and centimeters. Ounces is a unit of weight (mass) while centimeters is a unit of length.
Kilogram means mass and centimeters means length or distance. One cannot be converted to the other. Kilogram is never centimeters.
It is a meaningless concept. You cannot add mass to a length.
A pound is a unit of mass. A centimetre is a unit of length. The two units are therefore incompatible.
Centimeters measure length, while kilograms measure mass. There is no direct conversion between the two units, as they measure different physical quantities.
Either one is fine. But depending on what you're measuring, one of them will give you a convenient number, and the other one will give you an awkward number. Examples: The length of a small paperclip: 30 millimeters, 0.000003 kilometer The length of a major city block: 1,609,344 millimeters, 1.61 kilometers
One meter has a length of 100 centimeters.
mass and volume are two of them
The volume is (6 x 3 x 1) = 18 cm3 . The density is (whatever amount of mass is contained in 1 cm3 ) per cm3 , or (1/18 of the mass of the total solid you described) per cm3 .
It doesn't - one is a length and one is an area.
A centimetre is exactly one centimetre in length - by definition!