Molecular Geometry

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Total cards: 19•Content version: v4•Public deck•Updated: 8/1/2026

Card preview (19)

Front (Question)

AX₂

Back (Answer)

Linear 180° bond angles

Front (Question)

AX₃

Back (Answer)

Trigonal planar 120° bond angles

Front (Question)

AX₄

Back (Answer)

Tetrahedral 109.5° bond angles

Front (Question)

AX₅

Back (Answer)

Trigonal bipyramid 90°, 120°, and 180° bond angles

Front (Question)

AX₆

Back (Answer)

Octahedron 90°, 180° bond angles

Front (Question)

AX₂E

Back (Answer)

Bent 120° bond angles

Front (Question)

AX₃E

Back (Answer)

Trigonal pyramidal 109.5° bond angles

Front (Question)

AX₄E

Back (Answer)

See-saw 90°, 120°, and 180° bond angles

Front (Question)

AX₅E

Back (Answer)

Square pyramidal 90°, 180° bond angles

#10

Front (Question)

AX₆E

Back (Answer)

Octahedral 90°, 180° bond angles

#11

Front (Question)

AX₂E₂

Back (Answer)

Bent 109.5° bond angles

#12

Front (Question)

AX₃E

Back (Answer)

T-shaped 90°, 180° bond angles

#13

Front (Question)

AX₄E₂

Back (Answer)

Square planar 90°, 180° bond angles

#14

Front (Question)

AX₂E₃

Back (Answer)

Linear 180° bond angles

#15

Front (Question)

Hybrid orbital geometry with 2 electron pairs

Back (Answer)

Orientation: Linear Atomic Orbitals: s, p Hybrid Orbitals: sp

#16

Front (Question)

Hybrid orbital geometry with 3 electron pairs

Back (Answer)

Orientation: Trigonal planar Atomic Orbitals: s, two p Hybrid Orbitals: sp²

#17

Front (Question)

Hybrid orbital geometry with 4 electron pairs

Back (Answer)

Orientation: Tetrahedron Atomic Orbitals: s, three p Hybrid Orbitals: sp³

#18

Front (Question)

Hybrid orbital geometry with 5 electron pairs

Back (Answer)

Orientation: Trigonal bipyramid Atomic Orbitals: s, three p, d Hybrid Orbitals: sp³d

#19

Front (Question)

Hybrid orbital geometry of 6 electron pairs

Back (Answer)

Orientation: Octahedron Atomic Orbitals: s, three p, two d Hybrid Orbitals: sp³d²