What is the total number of moles of O2 that must react completely with five moles of C 4 H 10?

Answer: The total number of moles O2(g) that must react completely with 5.00 moles of C4H10(g) is 32.5 mol O2.

How many moles of O2 are required for the complete combustion?

Mass of oxygen required = 19.5 moles × 16 g/mol = 312 g. Hence, 312 grams of oxygen is essentially required for complete combustion of 3 moles of butane gas.

How many moles of O2 do we need to react with that amount of H2?

So, one mole of O2 would be needed to react two mole of H2. That means, 2×2 grams I.e 4 grams H2 will react with one mole of O2. Because Hydrogen and Oxygen react in a 2:1 molar ratio to form water, you need to know how many moles of Hydrogen gas are contained in 58.5 g of H2.

How many moles of oxygen are needed to completely react with 4.0 moles of methanol?

Obvious that 4 moles of methanol would need 6 moles of oxygen. As you can now see, four moles of methanol will react with six moles of oxygen, so the answer is D.

Which mass of oxygen completely reacts with?

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What is the total number of moles of O2 produced when 8 moles of H2O are completely consumed?

2 CH4 +15(x –> 12 CO2 + 6H: 0 2 mol Cotto = 12 mol coa Ž 60L CO. What is the total number of moles of O2 produced when 8 inoles of H2O is completely consumed? amol H₂O= Imolog À = 4 mol O2. a.

How many moles of O2 are required for complete combustion of 1 mole propane?

5 moles
From the equation, 1 mole of propane will react with 5 moles of oxygen.

How many moles of oxygen are required for the complete combustion of one mole of 1 propanol in the presence of excess oxygen?

Given the balanced equation to follow, 92 moles of dioxygen gas are required to combust 1 mol propanol.

How many moles of oxygen are consumed during the complete combustion of one mole of ethanol?

3 moles
1 mole of ethanol reacts with 3 moles of oxygen.