Nitrogen and hydrogen are converted to ammonia in the Haber process: N 2 ( g ) + 3 H 2 ( g ) ↔ 2 NH 3 ( g ) . Below is the energy level diagram for the reaction. What does this diagram tell you?

Ammonia is an important gas with chemical formula NH 3 . In industries, ammonia is produced using the Haber's process. In this process, a reversible reaction between nitrogen and hydrogen takes place, giving the formation of ammonia. The energy level diagram indicates the energy levels of the reactants and the products. It is seen that as the reaction progresses, the energy level of the reactants is higher than that of the product. It also indicates that the reaction does not have an end point, as it is a reversible reaction.

Nitrogen and hydrogen are converted to ammonia in the Haber process: N 2 ( g ) + 3 H 2 ( g ) ↔ 2 NH 3 ( g ) . Below is the energy level diagram for the reaction. The reaction is reversible, and reaches equilibrium. Explain very clearly what the two terms in italics mean.

Ammonia is an important gas with chemical formula NH 3 . In industries, ammonia is produced using the Haber's process. In this process, a reversible reaction between nitrogen and hydrogen takes place, giving the formation of ammonia. N 2 ( g ) nitrogen + 3 H 2 ( g ) hydrogen ↔ 2 NH 3 ( g ) ammonia The term reversible refers to the spontaneous synthesis of reactants as well as products. The reaction also reaches equilibrium. This indicates that the rates of the forward and backward reaction are equal. Thus, in the synthesis of ammonia, when the reaction reaches equilibrium, ammonia is produced at the same rate as nitrogen and hydrogen gases. Thus, the reaction does not have an end point.

Nitrogen and hydrogen are converted to ammonia in the Haber process: N 2 ( g ) + 3 H 2 ( g ) ↔ 2 NH 3 ( g ) . Below is the energy level diagram for the reaction. What effect does a catalyst have on an equilibrium reaction?

Ammonia is an important gas with chemical formula NH 3 . In industries, ammonia is produced using the Haber's process. In this process, a reversible reaction between nitrogen and hydrogen takes place, giving the formation of ammonia. The catalyst used for the reaction is iron. In a chemical reaction, the function of the catalyst is to increase the rate of the reaction. A catalyst functions similarly in reactions that have a final state of equilibrium. A catalyst speeds up both forward and backward reactions equally, thus maintaining equal but increased rates of reaction.

Nitrogen and hydrogen are converted to ammonia in the Haber process: N 2 ( g ) + 3 H 2 ( g ) ↔ 2 NH 3 ( g ) . Below is the energy level diagram for the reaction. What effect does this catalyst have on the % yield of ammonia?

Ammonia is an important gas with chemical formula NH 3 . In the laboratory ammonia is produced by heating any ammonium compound with a strong base. In industries, ammonia is produced using the Haber's process. In this process, a reversible reaction between nitrogen and hydrogen takes place, giving the formation of ammonia. Iron catalyses the reversible reaction of nitrogen and hydrogen to form ammonia. A catalyst is used to increase the rate of the reaction. This catalyst does not have any effect on the net yield of ammonia, it just increases and maintains a decent rate of reaction.

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Upper Secondary: IGCSE

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This is about the manufacture of ammonia. Why is the mixture passed over iron?

Important Questions on Some Non-Metals and their Compounds

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Upper Secondary: IGCSE

IMPORTANT

Complete Chemistry for Cambridge IGCSE® Second Edition>Chapter 16 - Some Non-Metals and their Compounds>Checkup on Chapter 16>Q 5

This is about the manufacture of ammonia. What happens to the unreacted nitrogen and hydrogen?

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Upper Secondary: IGCSE

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Complete Chemistry for Cambridge IGCSE® Second Edition>Chapter 16 - Some Non-Metals and their Compounds>Checkup on Chapter 16>Q 5

This is about the manufacture of ammonia. In manufacturing ammonia, is the chosen pressure high, low, or moderate? Explain why.

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Upper Secondary: IGCSE

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Complete Chemistry for Cambridge IGCSE® Second Edition>Chapter 16 - Some Non-Metals and their Compounds>Checkup on Chapter 16>Q 6

Nitrogen and hydrogen are converted to ammonia in the Haber process: $N_{2} (g) + 3 H_{2} (g) \leftrightarrow 2 {NH}_{3} (g)$ . Below is the energy level diagram for the reaction.

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What does this diagram tell you?

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Upper Secondary: IGCSE

IMPORTANT

Complete Chemistry for Cambridge IGCSE® Second Edition>Chapter 16 - Some Non-Metals and their Compounds>Checkup on Chapter 16>Q 6

Nitrogen and hydrogen are converted to ammonia in the Haber process: $N_{2} (g) + 3 H_{2} (g) \leftrightarrow 2 {NH}_{3} (g) .$ Below is the energy level diagram for the reaction.

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Explain why high temperatures are not used in the manufacture of ammonia.

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Upper Secondary: IGCSE

IMPORTANT

Complete Chemistry for Cambridge IGCSE® Second Edition>Chapter 16 - Some Non-Metals and their Compounds>Checkup on Chapter 16>Q 6

Nitrogen and hydrogen are converted to ammonia in the Haber process: $N_{2} (g) + 3 H_{2} (g) \leftrightarrow 2 {NH}_{3} (g)$ . Below is the energy level diagram for the reaction.

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The reaction is reversible, and reaches equilibrium. Explain very clearly what the two terms in italics mean.

EASY

Upper Secondary: IGCSE

IMPORTANT

Complete Chemistry for Cambridge IGCSE® Second Edition>Chapter 16 - Some Non-Metals and their Compounds>Checkup on Chapter 16>Q 6

Nitrogen and hydrogen are converted to ammonia in the Haber process: $N_{2} (g) + 3 H_{2} (g) \leftrightarrow 2 {NH}_{3} (g)$ . Below is the energy level diagram for the reaction.

Question Image

What effect does a catalyst have on an equilibrium reaction?

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Upper Secondary: IGCSE

IMPORTANT

Complete Chemistry for Cambridge IGCSE® Second Edition>Chapter 16 - Some Non-Metals and their Compounds>Checkup on Chapter 16>Q 6

Nitrogen and hydrogen are converted to ammonia in the Haber process: $N_{2} (g) + 3 H_{2} (g) \leftrightarrow 2 {NH}_{3} (g)$ . Below is the energy level diagram for the reaction.

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Which catalyst is used in the Haber's process?

EASY

Upper Secondary: IGCSE

IMPORTANT

Complete Chemistry for Cambridge IGCSE® Second Edition>Chapter 16 - Some Non-Metals and their Compounds>Checkup on Chapter 16>Q 6

Nitrogen and hydrogen are converted to ammonia in the Haber process: $N_{2} (g) + 3 H_{2} (g) \leftrightarrow 2 {NH}_{3} (g)$ . Below is the energy level diagram for the reaction.

Question Image

What effect does this catalyst have on the $%$ yield of ammonia?

This is about the manufacture of ammonia. Why is the mixture passed over iron?

Important Questions on Some Non-Metals and their Compounds

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