pi electrons
Benzene ring carriers
Pi electrons are electrons in chemical bonds formed by the sideways overlap of atomic orbitals, creating electron density above and below the plane of bonded atoms rather than directly between them.
These electrons are responsible for the properties of double and triple bonds and are central to aromatic compounds like benzene.
Pi electrons are more loosely held than sigma electrons, making them available for chemical reactions and giving rise to phenomena like electrical conductivity in conjugated systems.
- delocalizedSpread over an area
- conjugatedGiven grammatical endings
- aromaticPleasantly strong-smelling
- benzeneAromatic hydrocarbon solvent
- resonanceAmplified oscillation at natural frequency
pi bond · orbital · cloud · ring · double bond · unsaturated · planar · hybridization · cyclic · stability · mobile · overlap · chromophore · dye · absorption · fluorescence · graphene · carbon nanotube
- rearrangementsrearrangement, reshuffle, reorder, permutation, transpose
- spectroscopyspectrum, spectrometer, spectroscope, spectrograph, spectrogram
electron, electrons, electronic, electronics, electronically