Home
Class 10
CHEMISTRY
In the industrial preparation of ammonia...

In the industrial preparation of ammonia by Haber process from nitrogen and hydrogen, the reaction is carried in the temperature range of `450^@C` to `500^@C` and in a pressure range of 200 atm to 300 atm. Now answer the following question.
 What is the name of the catalyst used in the reaction?

Text Solution

AI Generated Solution

To answer the question regarding the catalyst used in the industrial preparation of ammonia by the Haber process, we can follow these steps: ### Step-by-Step Solution: 1. **Identify the Process**: The question refers to the Haber process, which is a method for synthesizing ammonia (NH₃) from nitrogen (N₂) and hydrogen (H₂) gases. **Hint**: Remember that the Haber process is specifically used for ammonia synthesis. ...
Promotional Banner

Topper's Solved these Questions

  • MOLE CONCEPT & STOICHIOMETRY (PART-A GAY LUSSAC'S LAW - AVOGADRO'S LAW-MOLE CONCEPT)

    ICSE|Exercise Problems based on Mole Concept & Avogadro.s Number|13 Videos
  • MOLE CONCEPT & STOICHIOMETRY (PART-A GAY LUSSAC'S LAW - AVOGADRO'S LAW-MOLE CONCEPT)

    ICSE|Exercise Problems based on Mole Concept & Avogadro.s Law|2 Videos
  • ACIDS, BASES AND SALTS

    ICSE|Exercise Unit Test Paper 3A- Acids, Bases & Salts|14 Videos

Similar Questions

Explore conceptually related problems

In the industrial preparation of ammonia by Haber process from nitrogen and hydrogen, the reaction is carried in the temperature range of 450^@C to 500^@C and in a pressure range of 200 atm to 300 atm. Now answer the following question. The reaction is not carried at very high pressure. Give one reason.

In the industrial preparation of ammonia by Haber process from nitrogen and hydrogen, the reaction is carried in the temperature range of 450^@C to 500^@C and in a pressure range of 200 atm to 300 atm. Now answer the following question. The reaction is not carried out at a lower temperature. Give one reason.

In the industrial preparation of ammonia by Haber process from nitrogen and hydrogen, the reaction is carried in the temperature range of 450^@C to 500^@C and in a pressure range of 200 atm to 300 atm. Now answer the following question. How is ammonia separated from unreacted nitrogen and hydrogen?

The persentage of ammonia produced from nitrogen and hydrogen under conditions of temperature and pressure is given in the graph Use the graph answering the following questions: What happens to the percentage of ammonia produced when the temperature is increased

The persentage of ammonia produced from nitrogen and hydrogen under conditions of temperature and pressure is given in the graph Use the graph answering the following questions: What conditions of pressure produce the highest percentage of ammonia?

The persentage of ammonia produced from nitrogen and hydrogen under conditions of temperature and pressure is given in the graph Use the graph answering the following questions: What happens to the percentage of ammonia produced when the pressure is increased?

What will be the final pressure of an ideal gas present in a cylinder at 2 atm when the temperature of the gas is increased from 100^(@)C to 500^(@)C ?

Hydrogen chloride gas is prepared in the laboratory using concentrated sulphuric acid and sodium chloride. Answer the question that follow based on this reaction : Name the drying agent not used for drying the gas.

Two solids X and Y dissociate into gaseous products at a certain temperature as follows: i. X(s) hArr A(g)+C(g) and ii. Y(s) hArr B(g)+C(g) At a given temperature, pressure over excess solid 'X' is 40 mm of Hg and total pressure over solid 'Y(s)' is 60 mm of Hg. Now, answer the following questions: Ratio of K_(p) for reaction (i) to that of reaction (ii), is:

One mole of a diatomic gas is heated under a "kibolinsky process" in which gas pressure is temperature controlled according to law P=(4)/(5)CT^(3//2) . Where C is kibolinsky constant. In this process, gas is heated by 300K temperature. Answer the following questions. The amount of heat supplied to the gas under above heating is: