Copy and complete the following table relating to important industrial process:
Name of the process Temperature Catalyst Equation for the
catalyzed reaction
Haber's process

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Solution

Haber's process is used for the preparation of ammonia.

Temperature : $450^{\circ} C - 500^{\circ} C$ .

Catalyst : Finely divided iron. Also molybdenum is used as a promoter.

Equation : $N_{2} + 3 H_{2} \to 2 N H_{3} + Δ$

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Q. Copy and complete the following table relating to important industrial processes. Output refers to the product of the process not the intermediate steps.

Name of Process	Inputs	Catalyst	Equation for catalysed reaction	Output
Haber Process	Hydrogen +
	Ammonia + air			Nitric acid

Q. Copy and complete the following table:

	Name of the product	Name of the catalyst	Approximate temperature	Approximate pressure
Haber's Process

Q. Haber’s process is the most important industrial method for the production of:

Copy and complete the following table which realtes to three homologous series of hydrocarbons:

$\begin{matrix} General Formula & C_{n} H_{2 n} & C_{n} H_{2 n - 2} & C_{n} H_{2 n + 2} IUPAC name of the homologous series Characteristic bond type & Single bonds IUPAC name of the first member of the series Type of reaction with chlorine. & Addition \end{matrix}$

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Name of the process	Temperature	Catalyst	Equation for the catalyzed reaction
Haber's process

Copy and complete the following table relating to important industrial process:Name of the processTemperatureCatalystEquation for thecatalyzed reactionHaber's process

Haber's process is used for the preparation of ammonia.Temperature : 450∘C−500∘C.Catalyst : Finely divided iron. Also molybdenum is used as a promoter.Equation : N2+3H2→2NH3+Δ

Copy and complete the following table relating to important industrial process:
Name of the process Temperature Catalyst Equation for the
catalyzed reaction
Haber's process

Haber's process is used for the preparation of ammonia.

Temperature : $450^{\circ} C - 500^{\circ} C$ .

Catalyst : Finely divided iron. Also molybdenum is used as a promoter.

Equation : $N_{2} + 3 H_{2} \to 2 N H_{3} + Δ$