Sp 2 explanation the hybridization is sp 3 d because

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01510.0 pointsWill H1+2be more or less stable than H2, andwhy?onesand twop3.onesand onep
10.0 pointsWhich atomic orbitals form thesp3hybridorbitals?
2.onesand twop3.onesand onep
meyer (akm995) – homework 6 – Cowley – (90225)501710.0 pointsBased on MO theory, we would expect theorder of increasing bond length for O2, O-2,and O+2to be1.O-2, O2, O+2.2.O2, O+2, O-2.3.O+2, O2, O-2.correct4.O+2, O-2, O2.Explanation:Bond length is directly related to bond or-der.The higher the bond order the shorterthe bond length. The bond order for the threespecies areO+2BO =#elecbond-#elecantibond2=10-52= 2.5O2BO =10-62= 2O-2BO =10-72= 1.501810.0 pointsThe diatomic molecule Ne2appears not toexist. In terms of the molecular orbital theory,it is probably because1.the number of bonding electrons equalsthe number of antibonding electrons resultingin zero bonds in Ne2.correct2.the overlap of theporbitals leads only toantibonding molecular orbitals.3.None of the other answers is correct.4.

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