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Reducing Properties of Ammonia

Complete the ...

Question

Complete the following balanced chemical equation for reduction of chlorine when ammonia is in excess.

${8 N H}_{3}$ + ${3 C l}_{2}$ $\to$ X + 6Y

N_{2}

; Y:

{N H}_{4} C l

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{N H}_{4} C l

; Y:

{N H}_{3}

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H C l

; Y:

{N H}_{4} C l

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{N H}_{3}

; Y:

{N H}_{4} O H

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Solution

The correct option is A X: $N_{2}$ ; Y: ${N H}_{4} C l$
When chlorine reacts with excess ammonia, then formation of ammonium chloride and nitrogen takes place.
The chemical reaction is as follows:-

8 ${N H}_{3}$ + 3 ${C l}_{2}$ $\to$ $N_{2}$ + 6 ${N H}_{4} C l$

The correct answer is option (a).

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\overset{}{\to}

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Write the balanced chemical equation for the following:

Chlorine reacts with excess of Ammonia.

Q. When excess of ammonia is used:

3 C l_{2} + 8 N H_{3}

⟶

A + B

When excess of chlorine is used:

3 C l_{2} + 4 N H_{3}

⟶

C + D

The oxidation state of nitrogen in compound

A

is:

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Complete the following balanced chemical equation for reduction of chlorine when ammonia is in excess.​ 8NH3 + 3Cl2 → X + 6Y​ ​

The correct option is A X: N2 ; Y: NH4Cl​When chlorine reacts with excess ammonia, then formation of ammonium chloride and nitrogen takes place. The chemical reaction is as follows:- 8 NH3 + 3 Cl2 →N2 + 6 NH4Cl​ The correct answer is option (a).

Complete the following balanced chemical equation for reduction of chlorine when ammonia is in excess.

${8 N H}_{3}$ + ${3 C l}_{2}$ $\to$ X + 6Y

The correct option is A X: $N_{2}$ ; Y: ${N H}_{4} C l$
When chlorine reacts with excess ammonia, then formation of ammonium chloride and nitrogen takes place.
The chemical reaction is as follows:-

8 ${N H}_{3}$ + 3 ${C l}_{2}$ $\to$ $N_{2}$ + 6 ${N H}_{4} C l$

The correct answer is option (a).