Which of the Following Combinations of Atomic Orbitals Will Result $c_{g} \psi_{{2_{px }}}$

question 30

Multiple Choice

Which of the following combinations of atomic orbitals will result in a bonding molecular orbital for a homonuclear diatomic molecule when the z-axis is aligned with the nuclei of the bonded atom?

• A)\(c_{g} \psi_{{2_{px }}}\)- \(c_{g} \psi_{{2_{px }}}\)
• B)\(c_{g} \psi_{{2_{py }}}\)- \(c_{g} \psi_{{2_{py }}}\)
• C)\(c_{u} \psi_{{2_{pt }}}\)- \(c_{u} \psi_{{2_{pt }}}\)
• D)\(c_{g} \psi_{{2_{pt }}}\)- \(c_{g} \psi_{{2_{pt }}}\)
• E) A, B, and D

---

Definitions:

Nonbinding Arbitration

A type of arbitration in which the arbitrator's decision is not legally enforceable, allowing the parties to seek a trial if dissatisfied with the outcome.

Binding Arbitration

An arbitration agreement where the decision made by the arbitration panel is final and legally binding on all parties.

Court

A governmental institution authorized to resolve legal disputes between parties and administer justice in legal cases.

Submission Agreement

A contract in which the parties agree to submit to arbitration to resolve disputes instead of going to court.