Assertion -Nitrogen is unreactive room temperature but becomes reactive elevated temperature -on heating- or in the presence of catalysts- Reason- In nitrogen molecule- there is extensive delocalisation of electrons-Both Assertion and Reason are correct and Reason is the correct explanation AssertionBoth Assertion and Reason are correct but Reason is not the correct explanation AssertionAssertion is correct but Reason is incorrectAssertion is incorrect but Reason is correct

Question

Toppr Admin · Accepted Answer

In N2- Nitrogen atoms are bonded with covalent bond -triple bond- strong bond- and there is no delocalisation of electrons so nitrogen is unreactive at room temperature but becomes reactive at elevated temperature -on heating or in the presence of catalysts-

In N2, Nitrogen atoms are bonded with covalent bond (triple bond- strong bond) and there is no delocalisation of electrons so nitrogen is unreactive at room temperature but becomes reactive at elevated temperature (on heating or in the presence of catalysts).

In $N_{2}$ , Nitrogen atoms are bonded with covalent bond (triple bond- strong bond) and there is no delocalisation of electrons so nitrogen is unreactive at room temperature but becomes reactive at elevated temperature (on heating or in the presence of catalysts).