Question

150 kg of n2 and 110 kg of h2 are mixed to produce nh3 identify the limiting reagent ??​

Answer 1

Answer:

150 kg of n2 and 110 kg of h2 are mixed to produce nh3 identify the limiting reagent ??150 kg of n2 and 110 kg of h2 are mixed to produce nh3 identify the limiting reagent ??150 kg of n2 and 110 kg of h2 are mixed to produce nh3 identify the limiting reagent ??150 kg of n2 and 110 kg of h2 are mixed to produce nh3 identify the limiting reagent ??150 kg of n2 and 110 kg of h2 are mixed to produce nh3 identify the limiting reagent ??150 kg of n2 and 110 kg of h2 are mixed to produce nh3 identify the limiting reagent ??150 kg of n2 and 110 kg of h2 are mixed to produce nh3 identify the limiting reagent ??150 kg of n2 and 110 kg of h2 are mixed to produce nh3 identify the limiting reagent ??

Answer 2

Answer:

Explanation:Hence, 56.67 kg of ammonia gas will be formed and hydrogen will be limiting reagent.

N2 + 3H2 ---->2NH3

here.

28kg N reacts with 6kg of H

so,

50 kg of M react with 6/28×50kg H = 10.7kg but we have only 10 so H2 is limiting reagent..

6kg H2 gives 34kg NH3

10kg H2 will give 34/6×10=56.67kgNH3

A balanced reaction between nitrogen and hydrogen is as follows:

From the reaction 28 g of nitrogen is reacted with 6 g of hydrogen to form 34 grams of ammonia.

Therefore, 6 g of hydrogen reacts with 28 g of nitrogen to form 34 grams of .

From the given,

Weight of hydrogen = 1 kg

Therefore, 10 kg of hydrogen reacts with 46.67 kg of nitrogen.

Amount of ammonia = 10 kg + 46.67 kg = 56.67 kg

The limiting agent for the formation of ammonia is hydrogen.