depends on the density of the material. One CM3 of water weighs 1gm at normal temperature and pressure. One cm3 of Mercury would weigh a LOT more.
13440 cm cubed.
If the density of mercury is 13.546 g per cm cubed, the volume occupied by 999 grams of mercury is 73.7 cubic centimeters. papadantonakis.com/images/d/d0/Chem_101_Lecture_Notes_6.pdf
None they would have the same..
1 centimeters cubed = 1000 millimeters cubed
density = mass/volume = 2g/40cm3 = 0.05g/cm3
yeah, cm cubed does not equal gram
The density must be 22.5 GRAMS per cm cubed, not 22.5 cm cubed. Then, Density = Mass/Volume implies Mass = Density*Volume = 22.5 * 5.42 = 121.95 grams.
d = m/v therefore v=m/d * v = 2500.0 grams / 10.5 g/cm cubed * v = 238.1 cm cubed (one sig dig) * "The volume of silver metal that will have a mass of 2500.0 grams is 238.1 cm cubed."
5.7g/cm cubed
grams per centimeters cubed(g/cm^3)
No. cm^3 is a measure for volume. If you stick to the metric system, it would be grams/cm^3
1 cm cubed
Density = mass( in grams/volume( in ml, or cm^3) 22.5 = mass/2.85 cm^3 = 64.125 grams of platinum
density = mass / volume So first 5.4 kg = 5400 g since we need our answer in grams/cm cubed. Now 5400/2000 = 2.7 g/cm3
Inches cubed x 16.387 = cm cubed
It is 0.024 kilograms per cm^3 or 24 grams per cm^3.
1 cm cubed = 1 cm X 1 cm X 1 cm 1 cm = .01 m, so 1 cm cubed = .01 m X .01 m X .01 m Therefore, 1 cm cubed = .000001 m cubed, and 243 cm cubed = 243 X .000001 = .000243 m cubed. In summary, multiply cm cubed by .000001 to get m cubed.