In the Haber process, Nitrogen and Hydrogen react to form Ammonia.

Which factor increases both the speed of reaction and the amount of Ammonia produced?

Addition of a catalyst

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Decreasing the temperature

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Increasing the pressure

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Increasing the temperature

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Solution

The correct option is C
Increasing the pressure

Increasing the pressure would increase the number of successful collisions and more ammonia is formed to reduce the number of molecules of nitrogen and hydrogen.

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In the Haber process, Nitrogen and Hydrogen react to form Ammonia. Which factor increases both the speed of reaction and the amount of Ammonia produced?

The correct option is C Increasing the pressure Increasing the pressure would increase the number of successful collisions and more ammonia is formed to reduce the number of molecules of nitrogen and hydrogen.

In the Haber process, Nitrogen and Hydrogen react to form Ammonia.

Which factor increases both the speed of reaction and the amount of Ammonia produced?

The correct option is C
Increasing the pressure

Increasing the pressure would increase the number of successful collisions and more ammonia is formed to reduce the number of molecules of nitrogen and hydrogen.