Which of the following representation of wave functions of molecular orbitals and atomic orbitals are not correct?

Question

Which of the following representation of wave functions of molecular orbitals and atomic orbitals are not correct? (A)  ψMO = ψA±ψB (B) σ = ψA +ψB (C) σ* = ψA -ψB (D) ψMO= ψA ×ψB

Tardigrade Admin · Accepted Answer

In chemistry, a molecular orbital MO is a mathematical function describing the wavelike behavior of an electron in a molecule, The correct formula is ψ M O =ψ A × ψ B

Q. Which of the following representation of wave functions of molecular orbitals and atomic orbitals are not correct?

$ψ_{MO} = ψ_{A} \pm ψ_{B}$

$σ = ψ_{A} + ψ_{B}$

$σ^{*} = ψ_{A} - ψ_{B}$

$ψ_{MO} = ψ_{A} \times ψ_{B}$

In chemistry, a molecular orbital $MO$ is a mathematical function describing the wavelike behavior of an electron in a molecule,
The correct formula is $ψ_{M} O = ψ_{A} \times ψ_{B}$

Q. Which of the following representation of wave functions of molecular orbitals and atomic orbitals are not correct?

ψMO​=ψA​±ψB​

σ=ψA​+ψB​

σ∗=ψA​−ψB​

ψMO​=ψA​×ψB​

In chemistry, a molecular orbital MO is a mathematical function describing the wavelike behavior of an electron in a molecule, The correct formula is ψM​O=ψA​×ψB​

$ψ_{MO} = ψ_{A} \pm ψ_{B}$

$σ = ψ_{A} + ψ_{B}$

$σ^{*} = ψ_{A} - ψ_{B}$

$ψ_{MO} = ψ_{A} \times ψ_{B}$

In chemistry, a molecular orbital $MO$ is a mathematical function describing the wavelike behavior of an electron in a molecule,
The correct formula is $ψ_{M} O = ψ_{A} \times ψ_{B}$