Fritz haber was awarded a nobel prize for the processes he invented in which nitrogen and hydrogen gases are combined to make ammonia (nh3) a valuable chemical and a vital nutrient in modern agriculture. if we had 11.3 g of nitrogen and 2 g of hydrogen, how much nitrogen would remain if all the hydrogen was consumed?

Question

Angelique Mcmillan

Chemistry

10 December, 21:32

Fritz haber was awarded a nobel prize for the processes he invented in which nitrogen and hydrogen gases are combined to make ammonia (nh3) a valuable chemical and a vital nutrient in modern agriculture. if we had 11.3 g of nitrogen and 2 g of hydrogen, how much nitrogen would remain if all the hydrogen was consumed?

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Cindy Lou Who · Answer 1

Hydrogen reacts with nitrogen to produce ammonia based on the following equation:

3H2 + N2 ... > 2NH3

This means that each 6 grams of hydrogen react with 28 grams of nitrogen. To know how many grams of nitrogen are required to react with 2 grams of hydrogen, we will simply do cross multiplication as follows:

mass of nitrogen = (2 x 28) / 6 = 9.334 grams

Therefore, if we have 11.3 grams of nitrogen, 9.334 grams would react with 2 grams of hydrogen.

remaining mass of nitrogen = 11.3 - 9.334 = 1.966 grams