Chemistry · Chemical Equilibrium
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In Haber's process, the volume percentage of ammonia in equilibrium mixture is?
- A
30%
- B
32%
- C
35%
- D
33%
Option A is incorrect because the volume percentage of ammonia in the reaction mixture is not 30%.
Option B is incorrect because the volume percentage of ammonia in the equilibrium reaction mixture is not 32%.
Option: C
The exact volume percentage of ammonia in Haber's process depends upon the reaction conditions such as pressure, temperature, etc.
They comprise 400_ 450° C is a compromise temperature producing a reasonably high portion of ammonia in an equilibrium mixture (even if it is only 15%) but in a very short time.
Option D is incorrect because the volume percentage of ammonia in the equilibrium mixture is not 33%.
This option is incorrect because the volume percentage of ammonia in the reaction mixture is not 30%.
This option is incorrect because the volume percentage of ammonia in the equilibrium reaction mixture is not 32%.
The exact volume percentage of ammonia in Haber's process depends upon the reaction conditions such as pressure, temperature, etc.
They comprise 400-450° C is a compromise temperature producing a reasonably high portion of ammonia in an equilibrium mixture (even if it is only 15%) but in a very short time.
This option is incorrect because the volume percentage of ammonia in the equilibrium mixture is not 33%.
Tagged under Chemistry · Chemical Equilibrium · 2021