Asked by Victoria
CH4+2O2----------CO2+2h2O
Use this balanced equation to calculate the mass of water formed when 32g of methane burns
Use this balanced equation to calculate the mass of water formed when 32g of methane burns
Answers
Answered by
DrBob222
mols CH4 = grams/molar mass = ?
Using the coefficients in the balanced equation, convert mols CH4 to mols H2O.
Now convert mols H2O to grams. That is grams H2O = mols H2O x molar mass H2O.
Using the coefficients in the balanced equation, convert mols CH4 to mols H2O.
Now convert mols H2O to grams. That is grams H2O = mols H2O x molar mass H2O.
Answered by
Victoria
When carbon dioxide and carbon react the balanced equation is
CO2+C-________2CO
Calculate the mass of carbon monoxide formed from 4.4g of Carbon dioxide
CO2+C-________2CO
Calculate the mass of carbon monoxide formed from 4.4g of Carbon dioxide
Answered by
İsha
Balanced equation :-
CH4(16g)+2O2(64g)--->CO2(44g)+2H2O(36g)
Here,16g CH4 produces 36g Water
So , the amount of water formed by the combustion of 32g CH4 = 36×32/16=72g.
CH4(16g)+2O2(64g)--->CO2(44g)+2H2O(36g)
Here,16g CH4 produces 36g Water
So , the amount of water formed by the combustion of 32g CH4 = 36×32/16=72g.
Answered by
Sex
Iquq
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