Molecular geometries.txt

# of electron domains: 2 ; # of bonded atoms: 2

linear ; CO2
# of electron domains: 3 ; # of bonded atoms: 3

trigonal planar ; BF3
# of electron domains: 3 ; # of bonded atoms: 2

bent ; O3
# of electron domains: 4 ; # of bonded atoms: 4

tetrahedral ; CH4
# of electron domains: 4 ; # of bonded atoms: 3

trigonal pyramidal ; NH3
# of electron domains: 4 ; # of bonded atoms: 2

bent ; H2O
# of electron domains: 5 ; # of bonded atoms: 5

trigonal bipyramidal ; PCl5
# of electron domains: 5 ; # of bonded atoms: 4

seesaw ; SF4
# of electron domains: 5 ; # of bonded atoms: 3

T-shaped ; BrF3
# of electron domains: 5 ; # of bonded atoms: 2

linear ; XeF2
# of electron domains: 6 ; # of bonded atoms: 6

octahedral ; SF6
# of electron domains: 6 ; # of bonded atoms: 5

square pyramidal ; BrF5
# of electron domains: 6 ; # of bonded atoms: 4

square planar ; XeF4
Linear shape has ______ number of electron domains

2
Trigonal planar shape has ______ number of electron domains

3
tetrahedral shape has ______ number of electron domains

4
Trigonal bipyramidal shape has ______ number of electron domains

5
octahedral shape has ______ number of electron domains

6
In the presence of double/triple bonds, the angles of the bonded atoms _________

increases (ex. 109 single bond to 120 double bond)
bond angle decreases as the number of lone pairs _________

increases

Author

dmk5154

162464

Card Set

Molecular geometries.txt

Description

Molecular geometries for chem110

Updated

2012-07-14T17:50:04Z

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