a.
3.52g CO2 x (atomic mass C/molar mass CO2) = g C.
1.44 g H2O x (2*atomic mass H/molar mass H2O) = g H.
g O = 2.4 - gC - g H
b. Can you finish? If you need more assistance please post your work and explain what you don't understand in detail.
2.4g of a compound of carbon, hydrogen and oxygen gave on combustion, 3.52g of CO2 and 1.44g of H2O. The relative molecular mass of the compound was found to be 60.
a)What are the masses of carbon, hydrogen and oxygen in 2.4g of the compound?
b)What are the emperical and molecular formulae of the compound?
5 answers
2.5g of a compound of carbon hydrogen and water gave on combustion 3.52g of carbon dioxyde and 1.44g of water. Thé relative molecular mass of the compound 180. Determine imperical and molecular formulae of the compound
thank you very much Dr.bob222
I didn't understand anything
1. 2.4g of a compound X consisting of carbon, oxygen and hydrogen gave on
combustion 3,52g of CO2 and 1.44g of H2O
a. What are the masses of carbon, oxygen and hydrogen in the 2.4g of
compound X?
b. What is the empirical formula of compound X
c. If molar mass of X is 60g, what is its molecular formula
2�
combustion 3,52g of CO2 and 1.44g of H2O
a. What are the masses of carbon, oxygen and hydrogen in the 2.4g of
compound X?
b. What is the empirical formula of compound X
c. If molar mass of X is 60g, what is its molecular formula
2�
1 answer