In CCl_4, sp^3 hybrid of C atomic orbitals gives rise to____________ structure.

Question

In CCl_4, sp^3 hybrid of C atomic orbitals gives rise to____________ structure. linear trigonal planar tetraheadral octahedreal The sp^3 hybrid orbitals are related to each other by the bond angle____________. 60 degree 180 degree 120 degree 109.5 degee For a molecule with octahedral strucutre, the center atom uses sp^3d^2 hybrid orbitals. The sp^3d^2 hybrid orbitals are related to each other by the bond angle___________. 90 degree 180 degree 120 degree 109.5 degree Li atom has 3 electrons. According to molecular orbital Theory, when Li_2 molecule is formed, what is the configuration of 6 electrons in Li_2 molecule?___________ (sigma_1s)^2(sigma_1s*)^2(sima_2s)^2 (sigma_1s)^4(sigma_1s*)^2 (sigma_1s)^2(sigma_1s*)^4 (sigma_1s)^1(sigma_1s*)^2(sigma_2s)^3 According to molecular orbital theory, N_2 molecule has the following configuration: (sigma_1s)^2(sigma_1s*)^2 (sigma_2s)^2(sigma_2s*)^2 (pi_2py)^2 (pi_2pz)^2(sigma_2px)^2. What is the bond order of N_2 molecule?__________ 0 1 2 3

Explanation / Answer

10) c) tetrahedral

11)109.50

13) 900

14) bond order of N2 molecule is = 3

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