Distinguish between bonding molecular orbital | vedclass

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(N/A) Bonding Molecular Orbitals $(BMO)$Antibonding Molecular Orbitals $(ABMO)$It is abbreviated as $BMO$. Its wave function is expressed by $\psi_{MO

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(N/A) Bonding Molecular Orbitals $(BMO)$Antibonding Molecular Orbitals $(ABMO)$It is abbreviated as $BMO$. Its wave function is expressed by $\psi_{MO} = \psi_{A} + \psi_{B}$.It is abbreviated as $ABMO$. Its wave function is expressed by $\psi_{MO}^{*} = \psi_{A} - \psi_{B}$.They are formed by the additive effect of atomic orbitals.They are formed by the subtractive effect of atomic orbitals.Formation involves constructive interference of electron waves,reinforcing each other.Formation involves destructive interference of electron waves,canceling each other.Electron density is concentrated between the nuclei,reducing internuclear repulsion.Electron density is concentrated away from the space between the nuclei.No nodal plane is present between the nuclei.$A$ nodal plane (where electron density is zero) exists between the nuclei.Electrons in $BMO$ stabilize the molecule.Electrons in $ABMO$ destabilize the molecule.$BMO$ possesses lower energy than the combining atomic orbitals.$ABMO$ possesses higher energy than the combining atomic orbitals.$BMO$ is stable. Examples: $\sigma, \pi$.$ABMO$ is unstable. Examples: $\sigma^{*}, \pi^{*}$.

Distinguish between bonding molecular orbitals and antibonding molecular orbitals.

Similar Questions

In which of the following ionisation processes does the bond energy increase and the magnetic behaviour change from paramagnetic to diamagnetic?

Which of the following species has a bond order of $1.5$?

Which of the following statements are correct for the peroxide ion $(O_{2}^{2-})$?
$(i)$ It has a bond order of $1$.
$(ii)$ It is diamagnetic.
$(iii)$ It has four completely filled antibonding molecular orbitals.
$(iv)$ It is isoelectronic with neon.

Which molecule has the highest bond order?

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Bonding Molecular Orbitals $(BMO)$	Antibonding Molecular Orbitals $(ABMO)$
It is abbreviated as $BMO$. Its wave function is expressed by $\psi_{MO} = \psi_{A} + \psi_{B}$.	It is abbreviated as $ABMO$. Its wave function is expressed by $\psi_{MO}^{*} = \psi_{A} - \psi_{B}$.
They are formed by the additive effect of atomic orbitals.	They are formed by the subtractive effect of atomic orbitals.
Formation involves constructive interference of electron waves,reinforcing each other.	Formation involves destructive interference of electron waves,canceling each other.
Electron density is concentrated between the nuclei,reducing internuclear repulsion.	Electron density is concentrated away from the space between the nuclei.
No nodal plane is present between the nuclei.	$A$ nodal plane (where electron density is zero) exists between the nuclei.
Electrons in $BMO$ stabilize the molecule.	Electrons in $ABMO$ destabilize the molecule.
$BMO$ possesses lower energy than the combining atomic orbitals.	$ABMO$ possesses higher energy than the combining atomic orbitals.
$BMO$ is stable. Examples: $\sigma, \pi$.	$ABMO$ is unstable. Examples: $\sigma^{}, \pi^{}$.