This will vary with the temperature, which is not stated. At a temperature of 0 degrees Celcius and pressure of 1 atmosphere, carbon dioxide has a density of 1.977 kilograms per cubic metre. Now one cubic metre of gas at 4 atmospheres is the same as four cubic metres of gas at 1 atmosphere. Thus there will be 4 x 1.977 = 7.908 kilograms of carbon dioxide in 1 cubic metre at 4 atmospheres and 0 degrees Celcius.
4.80 kg CO2 (1000 grams/1 kg)(1 mole CO2/44.01 grams)
= 109 moles of carbon dioxide
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6.23 mol carbon dioxide
B. 6.23 mol carbon dioxide
If you have 1.4 mol of carbon before the reaction you have 1,4 mol of carbon after the reaction. If you make carbon monoxide, CO, then you need 1.4 mol of CO after the reactiion. If you make carbon dioxide, CO2, you need 1.4 mol of C2O, because you have one carbon in each molecule.
12 (one carbon) + 2*16 (two oxygens) = 48g/mol
Multiply the value of 1 mole by 5. 44 g/mol x 5 mol Mole units cancel out, leaving 220g of CO2
6.23 mol carbon dioxide
6.32 mol carbon dioxide
B. 6.23 mol carbon dioxide
6.022 * 10^21
44g/mol
0.6
If you have 1.4 mol of carbon before the reaction you have 1,4 mol of carbon after the reaction. If you make carbon monoxide, CO, then you need 1.4 mol of CO after the reactiion. If you make carbon dioxide, CO2, you need 1.4 mol of C2O, because you have one carbon in each molecule.
0.750 mol
Yes. CO2 has a weight of 44g/mol and O2 has a weight of 32g/mol.
This is the carbon dioxide.
The carbon content of wood is between about 47% and 53%, so lets call it 50%. The carbon, which has an atomic weight of 12 combines with 2 atoms of oxygen to produce carbon dioxide or CO2. The atomic weight of 2 oxygen atoms is 32 so therefore, 1 ton of carbon produces 44/12 = 3.666 tons of carbon dioxide. As wood is only 50% carbon, 1 ton of wood produces 1.833 tons of carbon dioxide when burnt. (Thats about 980 cubic metres of carbon dioxide gas)
12 (one carbon) + 2*16 (two oxygens) = 48g/mol