A cubic zirconium is a crystal. They come in many sizes, but most are probably smaller than a cubic yard.
A Rubik's cube is a toy about 3" x 3" x 3".
Of a cubic yard and a cubic meter, the cubic meter is larger. A cubic parsec is considerably larger than either a cubic yard or cubic meter.
Zirconium or Cubic Zirconium
Not zirconium (the metal) but the zirconium dioxide - ZrO2 (crystallized in cubic form) is very similar as appearance to diamond.
Yes, because is very hard - The Mohs hardness is 8. The correct name is zirconium dioxide (with the chemical formula ZrO2) - crystallized in the cubic form, not cubic zirconium (zirconium, Zr, is the metal).
between $15-$80 depending on cut, color and clarity.
Only as an impurity, in traces. The correct term is cubic zirconia (ZrO2), not cubic zirconium (Zr).
Cubic zirconia (or CZ) is the cubic crystalline form of zirconium dioxide (ZrO2). The synthesized material is hard, optically flawless and usually colorless, but may be made in a variety of different colors. It should not be confused with zircon, which is a zirconium silicate (ZrSiO4). It is sometimes erroneously called "cubic zirconium". In other words: It's a fake (man-made) diamond.
its measured in 6.49 -3 at 20 dgrees c.
Usually cubic meters, cubic decimeters (= liters), or cubic centimeters (= milliliters). In general, you can use any cubic measure (the cube of any measure of length); for example, for outer space, "cubic light-years" or "cubic parsec" is sometimes used.
0.1 cubic foot bigger.
of course 3.75 cubic feet
1 parsec = 3.0857x1016 metres = 3.0857x1026 Angstrom units.So, 1 megaparsec = 3.0857*1032 Angstrom units.And then, cubing them,1 cubic megaparsec = 2.938x1097 cubic Angstrom units.
Not zirconium metal, but zirconium dioxide (zirconia) - ZrO2.Simply speaking CZ is made via crystallisation. In this process, the compound is heated up until it melts and then allowed to cool at which point it reforms into its structured crystal form.The amazing thing about CZ is that it uses the 'skull crucible' technique in which the outside of the CZ sample does not melt but the inside does. The outside then acts as a container for the melted inside part. The reason this approach is used is because there are few other containers that stay solid at the super-2000 degrees centigrade required to melt CZ!