Predict their magnetic behaviour of N2+.

Predict their magntic behaviour of N2

Nickel chloride, when treated with dimethyl gyloxime in presence of ammonium hydroxide, a bright red precipitate is obtained. Answer the following: (a) Draw the structure of the complex showing H-bonds (b) Give oxidation state of nickel and its hybridization (c) Predict the magnetic behaviour of the complex

Write the molecular orbital configuration of the following species : (a) N_2 " " (b) N_(2)^(+) " " (c ) N_(2)^(-) " " (d) N_(2)^(2-) (i) Calculate their bond orders. (ii) Predict their magnetic behaviour. (iii) Which of these does show highest paramagnetism?

Write the molecular orbital configuration of the following species : (a) O_2 " " (b)O_(2)^(-) " " (c ) O_(2)^(+) " "(d) O_(2)^(2+) (i) Calculate their bond order. (ii) Predict their magnetic behaviour. (iii) Which of these does show highest paramagnetism?

Write the molecular orbital configuration of N_2. Calculate the bond order and predict its magnetic behaviour.

Write the molecular orbital configuration of O_(2)^(+) Calculate its bond order and predict its magnetic behaviour.

(a) What is a ligand ? Give an example of a bidentate ligand. (b) Explain as to how the two complexes of nickel, [Ni(CN)_(4)]^(2-) and Ni(CO)_(4) have different structures but do not differ in their magnetic behaviour. (Ni = 28)

The coordination number of Ni^(2+) is 4 NiCI_(2) + KCN (excess)rarr A (cyano complex) Predict the magnetic nature of A .

Using the valence bond theory, predict the shape and magnetic behaviour of [Cr(NH_3)_5Cl]^(2+) ion.

[CoF_6]^(3-) is a coordination complex ion. State the magnetic behaviour of the complex.