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प्रश्न
Explain the following:
The source of heat is removed after sometime in Haber's process.
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उत्तर
Once the reaction starts, further heating is not required because the
reaction is exothermic. The heat evolved is sufficient to maintain the
optimum temperature.
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संबंधित प्रश्न
- Name the process used to manufacture ammonia from its elements.
- Under what conditions do the reactants combine to form ammonia? Give a balanced equation for the reaction.
- In what ratio by volume, are the above reactants used.
- State one possible source of each reactant used in the process.
- What is the function of:
- finely divided iron,
- molybdenum in the above process.
- Mention two possible ways by which ammonia produced is removed from unchanged gases.
Explain the following:
Dry N2 and H2 must be used in the Haber's process.
Explain the following:
A promoter is added along with the catalyst in the Haber's process.
The questions below are related to the manufacture of ammonia.
- Name the process.
- In what ratio must the reactants be taken?
- Name the catalyst used.
- Give the equation for the manufacture of ammonia.
- Ammonia can act as a reducing agent; write a relevant equation for such a reaction.
Choose the correct answer from the options given below :
Ammonia is commercially prepared by
Choose the correct answer from the options given below :
In the Haber's process for the manufacture of NH3, iron is used as catalyst and molybedenum as promoter. The function of promoter is
Copy and complete the following table :
| Name of the products | Name of the catalyst | Approximate ternperature | Approximate pressure | |
| Haber's Process |
State the following condition required in the Haber’s process:
Temperature
Ammonia is manufactured by Haber Process.
State one possible source of each reactant used in Haber process.
State the terms/process for the following:
The name of the process by which Ammonia is manufactured on a large scale.
