The statement true for azide ion(N3 ominus)is

Question

The statement true for azide ion(N3 ominus)is (A) It has a non-linear structure (B) It is called pseudo halogens (C) The formal oxidation state of N in this anion is -1 (D) It is isoelectronic with NO2

Tardigrade Admin · Accepted Answer

A zide ion is linear. It is called a pseudo halide ion. The formal charge of N in N3 ominus is -1 because in any of the resonating structures, the net charge on the ion is - 1. <img class="img-fluid question-image" alt="image" src="https://cdn.tardigrade.in/img/question/chemistry/70b03468f4a86faa4c9022e597c1185e-.jpeg" />

Q. The statement true for azide ion $(N_{3}^{⊖})$ is

It has a non-linear structure

It is called pseudo halogens

The formal oxidation state of N in this anion is $- 1$

It is isoelectronic with $N O_{2}$

A zide ion is linear. It is called a pseudo halide ion. The formal charge of $N$ in $N_{3}^{⊖}$ is $- 1$ because in any of the resonating structures, the net charge on the ion is $- 1$ .

Q. The statement true for azide ion(N3⊖​)is

It has a non-linear structure

It is called pseudo halogens

The formal oxidation state of N in this anion is −1

It is isoelectronic with NO2​

A zide ion is linear. It is called a pseudo halide ion. The formal charge of N in N3⊖​ is −1 because in any of the resonating structures, the net charge on the ion is −1.

Q. The statement true for azide ion $(N_{3}^{⊖})$ is

The formal oxidation state of N in this anion is $- 1$

It is isoelectronic with $N O_{2}$

A zide ion is linear. It is called a pseudo halide ion. The formal charge of $N$ in $N_{3}^{⊖}$ is $- 1$ because in any of the resonating structures, the net charge on the ion is $- 1$ .