Yes 7 g of 235U is equivalent to approx. 20 t coal. For 1 kg of 235U - approx. 3 000 t coal.
You don't say how big your pellet is. 1 kg of uranium 235 will give as much energy as 1500 tonnes of coal
7 g of 235U is equivalent to approx. 20 t coal. For 1 kg of 235U - approx. 3 000 t coal.
An estimated price may be 4 000 000 US $.
When asking the density of a given object, you understand that an object that has a specific gravity (sg) of <1 will sink when placed in water. By processed coal, you may need to see: Bituminous coal (solid): 1346 kg/cu.m. Bituminous coal (broken): 833 kg/cu.m. Anthracite coal (broken): 1105 kg/cu.m. Anthracite coal (solid): 1506 kg/cu.m. The energy density of coal--in other words its heating value-- is 24 megajoules per kilogram. (Note that one kilowatt-hour is 3.6 megajoules.
If 1 kg of tomatoes costs 5 CHF, 0.1 kg will cost 1/10th of 5 CHF, so the cost will be 0.5 kg.
1 kg
i dont no
2.2 POUNDS
130
As a rule of thumb you would need about 138 Kg of coal (26GJ/Ton) to produce 1 ton of steam.
1 kg of 235U = 3 000 t coal
depends where you buy it! LOL
5 sniffs and a sneeze...
8 is the answer . Since half a kg is 500g, 100 g would cost 1/5 as much. 1/5 of 40 is 8.
There are 1 Million mg in 1 kg.. so $120.00/1,000,000 = $0.00012
density of coal is Coal, Anthracite, solid 1506 kg/cu.m Coal, Anthracite, broken 1105 Coal, Bituminous, solid 1346 Coal, Bituminous, broken 833 using a median value of 900 kg/m3 1 gal (US) = 0.00378 m3 weight of 1 gal = 900 x 0.00378 = 3.407 kg or 7.51 pounds