Nitrogen reacts with oxygen at extreme temperatures around 2000- C forming Nitric oxide NO- Why are such high temperatures required-A- Oxygen does not react at room temperature-B- Due to a weak bond between the atoms of nitrogen-C- Due to a strong bond between the atoms of nitrogen-D- Due to the inertness of oxygen-

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Nitrogen reac...

Question

Nitrogen reacts with oxygen at extreme temperatures (around $2000^{o} C$ ) forming Nitric oxide $N O$ . Why are such high temperatures required?

Oxygen does not react at room temperature.

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Due to a strong bond between the atoms of nitrogen.

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Due to a weak bond between the atoms of nitrogen.

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Due to the inertness of oxygen.

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Solution

The correct option is B
Due to a strong bond between the atoms of nitrogen.

The triple bond between the nitrogen atoms is very strong. So, it requires high temperatures to break the bond. Hence, $N_{2}$ is considered inert in most circumstances.

Oxygen reacts at room temperature, and it is not inert.

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Similar questions

Q. Assertion :Nitrogen and oxygen are the main components in the atmosphere but do not react to form oxides of nitrogen Reason: The reaction between nitrogen and oxygen requires high temperature

Statement I: Nitrogen and Oxygen are the main components in the atmosphere but these do not react to form oxides of nitrogen.
Statement: II: The reaction between nitrogen and oxygen requires high temperature.

I

. Nitrogen (

N_{2}

) reacts with oxygen (

O_{2}

), the compound

{N O}_{2}

can be formed as a product.

I I

. Nitrogen atoms donate four electrons to form

N^{4 +}

ions and oxygen atoms gain two electrons to form

O^{2 -}

ions when nitrogen and oxygen form an ionic bond.

Which of the following react with oxygen at room temperature to form their acidic oxide?

Q. does not react with oxygen even at high temperatures.

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Nitrogen reacts with oxygen at extreme temperatures (around 2000oC) forming Nitric oxide NO. Why are such high temperatures required?

The correct option is B Due to a strong bond between the atoms of nitrogen. The triple bond between the nitrogen atoms is very strong. So, it requires high temperatures to break the bond. Hence, N2 is considered inert in most circumstances. Oxygen reacts at room temperature, and it is not inert.

Nitrogen reacts with oxygen at extreme temperatures (around $2000^{o} C$ ) forming Nitric oxide $N O$ . Why are such high temperatures required?