Statement 1: `N_(2) and NO^(+)` are both dia-magnetic.
Statement 2: `NO^(+)` is isoelectronic with `N_(2)`

N_(2) is isoelectronic with :

Assertion : N_(2) and NO^(+) both are diamagnetic substances. Reason : NO^(+) is isoelectronic with N_(2) .

Assertion Both N_(2) and NO^(+) are diamagnetic substances. Reason : NO^(+) is isoelectronic with N_(2) .

Assetion Both N_(2) and NO^(o+) are diamagnetic Reasoning NO^(o+) is isoelectronic with N_(2) .

Statement -1 : NO_(2) and CIO_(2) both being odd electron molecules dimerise. Statement -2 : On dimerisation, NO_(2) is coverted to stable N_(2)O_(4) molecule with even number of electrons.

Statement -1 : NO_(2) and CIO_(2) both being odd electron molecules dimerise. Statement -2 : On dimerisation, NO_(2) is coverted to stable N_(2)O_(4) molecule with even number of electrons.

Statement-1: NO^+ and CN^(-) both have same order and magnetism (i.e. magnetic property). Statement-2: NO^+ and CN^(-) are isoelectronic species.