The atomic volume of uranium is 12,59 cm3/mol.
If 1 teaspoon has a volume of 3,7 cm3 and the density of uranium is ca. 19,05 g/cm3 a teaspoon may contain ca. 70,5 g of uranium.
yes you can you fill the water into the container and measure the amount of water then you place the uranium in the water and measure again. the difference between the two measurements is the volume of the uranium
If the volume of a teaspoon is ca. 5 mL and the density of uranium is ca. 19,05 g/cm3, a teaspoon contain ca. 95,25 g of metallic uranium.
Percent per mass example: uranium concentration in granite is approh. 4 mg/kg. Percent per volume: uranium concentration in ocean water is approx. 4 micrograms/L.
The molar volume of uranium is approximately 12.5 cubic centimeters per mole.
Depending on the volume. Mass (g) = V (cm3) x 19,1
The density of uranium is about 19,050 kilograms per cubic meter. The weight of uranium would depend on the volume or size of the sample being measured. For example, 1 cubic meter of uranium would weigh approximately 19,050 kilograms.
The square inch is a unit of area. The cubic inch is a unit of volume; a cubic inch of uranium has a mass of approx. 312,2 grams.
52,493 litres
The energy released by uranium fission is greater than the energy released by fossil fuels burning. See also this link: http://en.wikipedia.org/wiki/Nuclear_fission
Uranium is a solid, not a liquid. So it is sold by weight, not by volume. As of 25 July 2011 Uranium costs US $ 51.50per US pound or US $113 per kilogram of natural uranium in the form of the unrefined uranium oxide (U3O8).
The same as it would be for anything from air to uranium occupying a volume of 8 x 3 x 3: It would be: 72.