MOT Quick Challenge

Yes or No

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About this activity

Test your understanding of Molecular Orbital Theory.

Created by

Wong Ka Yun

United States

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1	Wong Ka Yun December 4, 2025	% 70	00:50

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MOT Quick ChallengeOnline version Test your understanding of Molecular Orbital Theory. by Wong Ka Yun 1 All molecules can be fully described using only sigma and pi orbitals while ignoring lone pairs. Yes No 2 Bonding orbitals originate from constructive interference between atomic orbitals, while antibonding orbitals come from destructive interference. Yes No 3 Molecular orbital theory describes electrons in molecules as occupying molecular orbitals formed by the overlap of atomic orbitals. Yes No 4 A higher number of antibonding electrons always strengthens a chemical bond. Yes No 5 The Aufbau principle is never used when filling molecular orbitals in MOT. Yes No 6 Molecular orbitals are strictly localized on individual atoms and do not extend over the molecule. Yes No 7 Sigma orbitals arise from end-to-end overlap and pi orbitals from sideways overlap. Yes No 8 Bond order in MOT is calculated as (N_bonding - N_antibonding) / 2. Yes No 9 Delocalization of electrons over a conjugated system can be described by molecular orbital theory. Yes No 10 The HOMO-LUMO gap has no influence on a molecule's color or reactivity. Yes No

MOT Quick ChallengeOnline version

Test your understanding of Molecular Orbital Theory.

by Wong Ka Yun

All molecules can be fully described using only sigma and pi orbitals while ignoring lone pairs.

Yes

Bonding orbitals originate from constructive interference between atomic orbitals, while antibonding orbitals come from destructive interference.

Yes

Molecular orbital theory describes electrons in molecules as occupying molecular orbitals formed by the overlap of atomic orbitals.

Yes

A higher number of antibonding electrons always strengthens a chemical bond.

Yes

The Aufbau principle is never used when filling molecular orbitals in MOT.

Yes

Molecular orbitals are strictly localized on individual atoms and do not extend over the molecule.

Yes

Sigma orbitals arise from end-to-end overlap and pi orbitals from sideways overlap.

Yes

Bond order in MOT is calculated as (N_bonding - N_antibonding) / 2.

Yes

Delocalization of electrons over a conjugated system can be described by molecular orbital theory.

Yes

The HOMO-LUMO gap has no influence on a molecule's color or reactivity.

Yes

You can integrate the game into an LMS compatible with LTI 1.1 or LTI 1.3 such as Canvas, Moodle, or Blackboard. This way, the scores will be automatically saved into the platform’s gradebook.

MOT Quick Challenge

Yes or No

About this activity

Created by

Download the paper version to play

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Foot and Ankle Anatomy Quiz

MOT Quick ChallengeOnline version

by Wong Ka Yun

All molecules can be fully described using only sigma and pi orbitals while ignoring lone pairs.

Bonding orbitals originate from constructive interference between atomic orbitals, while antibonding orbitals come from destructive interference.

Molecular orbital theory describes electrons in molecules as occupying molecular orbitals formed by the overlap of atomic orbitals.

A higher number of antibonding electrons always strengthens a chemical bond.

The Aufbau principle is never used when filling molecular orbitals in MOT.

Molecular orbitals are strictly localized on individual atoms and do not extend over the molecule.

Sigma orbitals arise from end-to-end overlap and pi orbitals from sideways overlap.

Bond order in MOT is calculated as (N_bonding - N_antibonding) / 2.

Delocalization of electrons over a conjugated system can be described by molecular orbital theory.

The HOMO-LUMO gap has no influence on a molecule's color or reactivity.

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