es r e ce QUESTION There are 10 valence electrons in the homonuclear diatomic molecule N₂. Molecular orbital theory predicts the following occupation of the orbitals: 02P T2P tt 요요 P2P 2P 2s 028 괴리 What is the bond order of N₂? k ANSWER O 2 6 1 3 I DON'T KNOW YET submit

Macmillan Learning A 3D representation of a cyclohexane (C6H₁₂) molecule, a cyclic compound used in the manufacture of nylon and found in the distillation of petroleum, is shown. Name the geometry around each carbon atom. geometry: What is the hybridization of each carbon atom? O sp O sp³d² 200 sp² sn3³d ✓ O C OH Q Q ST A

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what bond angle is predicted for a liners molecule? which molecules were linear, did the molecular mechanics calculation product the correct bond angle list includes, CH4, CO2, H2CO, HCN, NH3, H2O, C2H4

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Identify the hybridization state of each of the indicated atoms CH, 1 3. 1 = sp2 2 = sp3 3 = sp3 O1= sp² %3D 2 sp

Please answer and be a hundred percent confident in your answer

Describe the atomic hybrid orbitals that make up the C-N1 o bond in methyl azide, shown below. What about the N2-N3 T bond? (any nonbonding pair of electrons have been omitted) N, H3C° 2 N. 3

What is the most accurate bond angle approximation in a trigonal pyramidal molecule such as ammonia?   Question 13 options:   107.3°   104.5°   120°   112.5°   90°