Wondering how to use Antibonding in a sentence? Below are 10+ example sentences from authentic English texts. Including the meaning .
Antibonding in a sentence
Antibonding meaning
Only used in antibonding orbital.
Using Antibonding
- The main meaning on this page is: Only used in antibonding orbital.
- In the example corpus, antibonding often appears in combinations such as: antibonding orbital, and antibonding, bonding antibonding.
Context around Antibonding
- Average sentence length in these examples: 26.7 words
- Position in the sentence: 4 start, 4 middle, 3 end
- Sentence types: 11 statements, 0 questions, 0 exclamations
Corpus analysis for Antibonding
- In this selection, "antibonding" usually appears near the start of the sentence. The average example has 26.7 words, and this corpus slice is mostly made up of statements.
- Around the word, bonding, two, sigma, orbital, electrons and orbitals stand out and add context to how "antibonding" is used.
- Recognizable usage signals include a δ antibonding orbital also and an empty antibonding orbital. That gives this page its own corpus information beyond isolated example sentences.
- By corpus frequency, "antibonding" sits close to words such as aadi, aayush and abbottabad, which helps place it inside the broader word index.
Example types with antibonding
The same corpus examples are grouped by length and sentence type, making it easier to see the contexts in which the word appears:
A σ* orbital, sigma antibonding orbital, also maintains the same phase when rotated about the internuclear axis. (17 words)
A π* orbital, pi antibonding orbital, will also produce a phase change when rotated about the internuclear axis. (18 words)
The energy level of the bonding orbitals is lower, and the energy level of the antibonding orbitals is higher. (19 words)
Another way of looking at it is that there are two bonding electrons and two antibonding electrons; therefore, the bond order is 0 and no bond exists (the molecule has one bound state supported by the Van der Waals potential). (40 words)
Bonding results from the combination of a filled p-orbital from Xe with one half-filled p-orbital from each atom, resulting in a filled bonding orbital, a filled non-bonding orbital, and an empty antibonding orbital. (37 words)
H 2 Electron wavefunctions for the 1s orbital of a lone hydrogen atom (left and right) and the corresponding bonding (bottom) and antibonding (top) molecular orbitals of the H 2 molecule. (31 words)
Example sentences (11)
Bonding, antibonding, and nonbonding MOs When atomic orbitals interact, the resulting molecular orbital can be of three types: bonding, antibonding, or nonbonding.
Another way of looking at it is that there are two bonding electrons and two antibonding electrons; therefore, the bond order is 0 and no bond exists (the molecule has one bound state supported by the Van der Waals potential).
A δ bonding orbital has two nodal planes containing the internuclear axis, and a δ* antibonding orbital also has a third nodal plane between the nuclei.
A π* orbital, pi antibonding orbital, will also produce a phase change when rotated about the internuclear axis.
A σ* orbital, sigma antibonding orbital, also maintains the same phase when rotated about the internuclear axis.
Bonding can be described with three bonding electron pairs and two antibonding electrons, whose spins are aligned, such that the molecule has nonzero total angular momentum.
Bonding results from the combination of a filled p-orbital from Xe with one half-filled p-orbital from each atom, resulting in a filled bonding orbital, a filled non-bonding orbital, and an empty antibonding orbital.
Bond order main The bond order, or number of bonds, of a molecule can be determined by combining the number of electrons in bonding and antibonding molecular orbitals.
H 2 Electron wavefunctions for the 1s orbital of a lone hydrogen atom (left and right) and the corresponding bonding (bottom) and antibonding (top) molecular orbitals of the H 2 molecule.
Orbital interactions to produce bonding or antibonding orbitals in heteronuclear diatomics occur if there is sufficient overlap between atomic orbitals as determined by their symmetries and similarity in orbital energies.
The energy level of the bonding orbitals is lower, and the energy level of the antibonding orbitals is higher.
Common combinations with antibonding
These word pairs occur most frequently in English texts: