The questions below are related to the manufacture of ammonia
In what ratio must the reactants be taken?

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Solution

The process that is used for the preparation of Ammonia from Nitrogen and Hydrogen is the Haber process.
The reaction is reversible and exothermic in nature.
And the catalyst used for this reaction is Iron.
The equation for this reaction is,
$\underset{N i t r o g e n}{N_{2} (g)} + \underset{H y d r o g e n}{3 H_{2} (g)} \to_{450 ° C, 200 a t m}^{F e (I r o n)} \underset{A m m o n i a}{2 N H_{3} (g)}$
From the equation, it is visible that the reactants are taken in a ratio of $1 : 3$ .
One for Nitrogen and three for Hydrogen.
So the ratio is $1 : 3$ .

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The questions below are related to the manufacture of ammonia.
(a) Name the process.
(b) In what ratio must the reactants be taken?
(c) Name the catalyst used.
(d) Give the equation for the manufacture of ammonia.
(e) Ammonia can act as a reducing agent-write a relevant equation for such a reaction.

The questions given below are related to the manufacturing of ammonia.

(i) Name the process.

(ii) In what ratio must the reactants be taken.

(iii) Name the catalyst used.

(iv) Give the equation for the manufacturing of ammonia.

(v) Ammonia can act as reducing agent, write a relevant equation for such a reaction.

With the reference to manufacture of ammonia.

(i) Name the process.

(ii) In what ratio must the reactants be taken?

(iii) Name the catalyst used.

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(v) Give the equation for the manufacture of ammonia.

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The questions below are related to the manufacture of ammoniaIn what ratio must the reactants be taken?

The questions below are related to the manufacture of ammonia
In what ratio must the reactants be taken?