50.0 kg of `N_2`(g) and 10.0 kg of Hydrogen (g) are mixed to produce `NH_3`(g). Calculate the amount of`NH_3` (g) formed. Identify the limiting reagent in the production Of `NH_3` in this situation. —

3g of hydrogen reacts with 30g of oxygen to yield H_2O . Calculate the maximum amount of H_2O that can be formed.

3g of hydrogen reacts with 30g of oxygen to yield H_2O . Calculate the amount of reactant: which is unreacted.

7g of N_2 is allowed to react with 2g H_2 in presence of catalyst to form NH_3 Calculate the maximum amount of NH_3 that can be formed in the reaction.

Calculate the volume of 34 g of 'NH_3' at STP?

3 g of H_2 is mixed with 29 g of O_2 to yield water. Calculate the maximum amount of water that can be formed.

7g of N_2 is allowed to react with 2g H_2 in presence of catalyst to form NH_3 Which is the limiting reagent?

21 g of nitrogen gas is mixed with 5g of hydrogen gas to yield ammonia to the equation. N_2 + 3H_2to 2NH_3 . Calculate the maximum amount of ammonia that can be formed.

Number of atoms present in 4.25g of 'NH_3' is

The combination of elements of form compounds is govemed by the laws of chemical combination. 28 g of nitrogen is mixed with 12g of hydrogen to form ammonia as per the reaction, N_2+ 3H_2 to 2NH_3. Which is the ' limiting reagent' in this reaction. [ Atomic masses : N=14, H=1]

Dinitrogen and dihydrogen react as N_2(g)+3H_2(g) to 2NH_3(g) If yes, calculate the mass of the reactant.