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?

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 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 conditions of pressure produce the highest percentage of ammonia?

Nitrogen and hydrogen combine to form ammonia under high temperature and pressure conditions this is an example of

Nitrogen and hydrogen combine to form ammonia under high temperature and pressure conditions. This is an example of

Nitrogen and hydrogen combine to form ammonia under high temperature and pressure conditions. This is an example of

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?

Study the graph and answer the following questions. Find out the pressure at which Haemoglobin is 50% saturated with O_2 ?

Ammonia dissociates to give nitrogen and hydrogen . What happens if the pressure is increased on the system at equilibrium ?