The mole concept helps in handling a large number of atoms and molecules in stoichiometric calculations. Calculate the amount of carbon dioxide formed by the complete combustion of 80g of methane as per the reaction:
`CH_4g +2O_2g to CO_2g +2H_2O_g`. ( Atomic masses : C= 12.01u, H= 1.008u, O= 16u)

The mole concept helps in handling a large number of atoms and molecules in stoichiometric calculations. Calculate the amount of carbon dioxide formed by the complete combustion of 80 g of methane as per the reaction: CH_(4(g)) + 2O_(2(g)) rarr CO_(2(g)) + 2H_2O_(g) (Atomic masses : 12.01 u, H = 1.008 u, O = 16u)

The mole concept helps in handling a large number of atoms and molecules in stoichiometric calculations. Calculate the amount of CO_2 formed by the complete combustion of 80 g of methane as per the reaction CH_(4(g))+2O_(2(g))rarrCO_(2(g))2H_2O_((g)) (Atomic masses: C = 12.01u, H = 1.008u, O=16u)..

The mole concept helps in handling a large number of atoms and molecules in stoichiometric calculations. What is the number of hydrogen atoms in 1 mole of methane( CH_4 )?

Calculate the amount of CO_2 produced when 1 mole of carbon is burned in 16 g of O_2

Calculate the amount of carbon dioxide that could be produced when 2 moles of carbon are burnt in 16 g of dioxygen.

Calculate the amount of CO_2 produced when 2 moles of carbon are burned in l6 g of O_2

The volume at STP of pure O_(2) necessary for the complete combustion of 12 g of magnesium of atomic weight 24 is:

Justify the following reaction is redox reaction 4NH_3(g) + 5O_2 (g) to 4NO (g) + 6H_2O (g)

1.5 g of H_2 react with 14.5 g of O_2 to form water Calculate the amount of water that is formed in the reaction.

Justify the given reaction is redox reaction CuO (s) + H_2 (g) toCu (s) +H_2O (g)