All of these 4 NaCl 5 KI Explanation F 2 is a homonuclear diatomic molecule 019

All of these 4 nacl 5 ki explanation f 2 is a

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3.All of these4.NaCl5.KIExplanation:F2is a homonuclear diatomic molecule.01910.0 points When constructing an energy level diagramfor a heteronuclear diatomic molecule the di-agram should be skewed because of the 02010.0 pointsIn the heteronuclear diatomic molecule OF,the bonding molecular orbitals have 4. more oxygen-like atomic orbital charac- ter. Explanation: The bonding molecular orbitals reflect the more electronegative element F and the an- tibonding molecular orbitals reflect the less electronegative element O. 021 10.0 points In contrasting the molecular orbitals of HF
padilla (tp5647) – Homework 6 – Sutcliffe – (53770) 6 and B 2 , one valid difference is that 1. B 2 has a total of 10 electrons; HF has a total of 11 electrons. 2. the atomic orbitals of hydrogen are lower energy than those of fluorine. In the B 2 molecule, both atomic orbitals are of equalenergy.3.delocalization of electrons occurs in B2,but not in HF.4.B2has no non-bonding electrons, but HFdoes have nonbonding electrons.correctExplanation:Both HF and B have 10 electrons, noneof which are delocalized.In HF the atomicorbitals of the more electronegative F aredrawn lower than H. Non-bonding electronsare found in HF but not in B2. 022 10.0 points Molecule1,aheteronucleardiatomicmolecule, has 8 bonding electrons, 16 non-bonding electrons, and 6 anti-bonding elec-trons.Molecule 2, a heteronuclear diatomicmolecule, has 2 bonding electrons, 12 non-bonding electrons and 0 anti-bonding elec-trons. Which molecule is more stable? 023 10.0 points Consider the diatomic molecules CO, which has a bond order of 3, and O 2 , which has a bond order of 2. One can state that O 2 would be (easier, harder) to break apart than CO, and would also have (longer, more, shorter) bonds than CO.

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