a chemical plant produces ammonia using the following reaction. what trade off is made by running the reaction at a high temperature? 3H2+N2<>2NH3?

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Answer:

The higher temperature increases the reaction rate but it also favors the reverse reaction.

The trade-off is made by running the reaction at a high temperature the higher temperature increases the reaction rate, but it also favors the reverse read-on. The correct option is B.

What is ammonia?

Ammonia is a reactive gas that dissolves in the atmosphere and is lighter than air. It smells strong and is an extremely reactive gas. The gas changes when it is hot. This gas is used in numerous chemical compounds and processes.

The reaction is 3H2 + N2 <> 2NH3.

Thus, the correct option is B.

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Your question is incomplete, but most probably the full question is given below:

A. The higher temperature decreases the forward reaction rate, and

the pressure of the system is also lowered.

B. The higher temperature increases the reaction rate, but it also

favors the reverse read-on.

C. The higher temperature increases the forward reaction rate, and

the higher pressure increases the reaction rate.

D. The higher temperature decreases the reaction rate, but it also

favors the forward reaction.

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