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

Ammonia is manufactured by Haber's process in this process pure Nitrogen $(N_{2})$ and hydrogen $(H_{2})$ gases react in the ratio of $1 : 3$ (by volume) at the temperature of $400 ° C - 450 ° C$ and pressure is taken of $200 atm$ in the presence of Iron $(Fe)$ as a catalyst and Molybdenum $(Mo)$ as a promoter.
${N_{2}}_{(g)} + 3 H_{2 (g)} ⇌_{400 - 450 ° C / 200 atm}^{Fe / Mo} 2 {NH}_{3_{(g)}}$
Now, we'll fill this data of temperature and pressure in the given table.
Name of the process Temperature Catalyst Equation for the catalyzed reaction
Haber's Process $400 ° C - 450 ° C$ $Fe / Mo$ ${N_{2}}_{(g)} + 3 H_{2 (g)} ⇌_{400 - 450 ° C / 200 atm}^{Fe / Mo} 2 {NH}_{3_{(g)}}$

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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 the catalyzed reactionHaber's Process

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