A rigid vessel at constant temperature initially contains 0.600 atm nitrogen gas and 0.600 atm hydrogen gas. if these gases react to form ammonia and the reaction goes to completion, which choice is closest to the final total pressure after the reaction?

Question

Chemistry

Milagros Guerrero

16 March, 15:55

A rigid vessel at constant temperature initially contains 0.600 atm nitrogen gas and 0.600 atm hydrogen gas. if these gases react to form ammonia and the reaction goes to completion, which choice is closest to the final total pressure after the reaction?

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Answers (1)

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Bella Brewer · Answer 1

The balanced reaction between nitrogen and hydrogen to form ammoinia is as shown.

N2 + 3H2=2NH3

Dividing everything by 3

1/3N2 + H2 = 2/3NH3

All the hydrogen reacts with 1/3 of 0.5 atm of N2

The amount of product is 2/3 * 0.6 atm = 0.4 atm NH3

The unreacted nitrogen is 2/3 * 0.6 atm = 0.4 atm Nitrogen

That adds up to 0.8 atm