Intramolecular bonds
specifictypeofinteractionbetweenmolecules covalentbond
between 2nonmetalatoms to
Gate S foggy
fin
lonepair
poprgecadra.rs
more
polar
Endingpair 9aep a9gᵈnEe
DEN
Yeatongallities
Fetient en ENaffjtef.fm
A measure of the tendency of an atom ggjity
to attract a bonding pair of electrons
covalentbondsaredirectional molecules havedefiniteshapes
shapeofmoleculeaffectsphysical
usethevalenceshellElectronPair Repulsion chemicalproperties
USEPR theory to determine the shape
electronpairsintheoutermostenergylevelof acentralatomarearrangedaroundthe
atomin a way thatminimizesrepulsion
shape linear
moleculesonlycontaining 2 atoms
thefurthestapartthe é canbe is180
4 bondingpairswithdoublebonds 2groups
groupswillmove180 fromeachother
, shape bentorangular
Twobondingpairs twolonepairs
moveintotetrahedralarrangement
shape pyramidal
Threebondingpairs onelonelonepair
resultsinpyramidalshape
shape tetrahedral
fourbandingpairs
moveintotetrahedralarrangement
shape trigonalplanar unusualexception
threebandingpairs no lonepairs
resultsin a flatmolecule
whencovalentbonds moleculeshape moleculeis
arenon polar i8YE1nt isirrelevant nonpolar
Ifthemoleculeis
electronclouddistribution s
Whencovalentbonds
asymmetrical
linearangularpyramidal is asymmetrical Mᵈf f
arepolar
Ifthemoleculeis electronclouddistribution moleculeis
issymmetrical nonpolar
ctetbkaattigionaaitian.rs
specifictypeofinteractionbetweenmolecules covalentbond
between 2nonmetalatoms to
Gate S foggy
fin
lonepair
poprgecadra.rs
more
polar
Endingpair 9aep a9gᵈnEe
DEN
Yeatongallities
Fetient en ENaffjtef.fm
A measure of the tendency of an atom ggjity
to attract a bonding pair of electrons
covalentbondsaredirectional molecules havedefiniteshapes
shapeofmoleculeaffectsphysical
usethevalenceshellElectronPair Repulsion chemicalproperties
USEPR theory to determine the shape
electronpairsintheoutermostenergylevelof acentralatomarearrangedaroundthe
atomin a way thatminimizesrepulsion
shape linear
moleculesonlycontaining 2 atoms
thefurthestapartthe é canbe is180
4 bondingpairswithdoublebonds 2groups
groupswillmove180 fromeachother
, shape bentorangular
Twobondingpairs twolonepairs
moveintotetrahedralarrangement
shape pyramidal
Threebondingpairs onelonelonepair
resultsinpyramidalshape
shape tetrahedral
fourbandingpairs
moveintotetrahedralarrangement
shape trigonalplanar unusualexception
threebandingpairs no lonepairs
resultsin a flatmolecule
whencovalentbonds moleculeshape moleculeis
arenon polar i8YE1nt isirrelevant nonpolar
Ifthemoleculeis
electronclouddistribution s
Whencovalentbonds
asymmetrical
linearangularpyramidal is asymmetrical Mᵈf f
arepolar
Ifthemoleculeis electronclouddistribution moleculeis
issymmetrical nonpolar
ctetbkaattigionaaitian.rs
