a-determine-the-number-of-molecular-orbitals-present-in-1-3-5-heptatriene-and-th

Question

a. Determine the number of molecular orbitals present in 1,3,5-heptatriene and the designation of its HOMO (such as Ψ_{1}, Ψ_{2}).b. How many nodes are there in its highest energy molecular orbital?

Accepted Answer

a. Six molecular orbitals, HOMO is designated at Ψ_{3}b. The highest molecular orbital has five nodes

Answer

a. Eight molecular orbitals, HOMO is designated at Ψ_{3}b. The highest molecular orbital has five nodes

Answer

a. Six molecular orbitals, HOMO is designated at Ψ_{5}b. The highest molecular orbital has six nodes

Answer

a. Seven molecular orbitals, HOMO is designated at Ψ_{4}b. The highest molecular orbital has five nodes

a. Determine the number of molecular orbitals present in 1,3,5-heptatriene and the designation of its HOMO (such as Ψ1, Ψ2).b. How many nodes are there in its highest energy molecular orbital?

a. Determine the number of molecular orbitals present in 1,3,5-heptatriene and the designation of its HOMO (such as Ψ₁, Ψ₂).
b. How many nodes are there in its highest energy molecular orbital?