Molecular and Electron Domain Geometry

Flashcards testing the identification of molecular geometry, electron domain geometry, electron domain counts, lone pair counts, and bond angles for all 15 geometry models.

Based on the molecular model shown, what are the molecular geometry, electron domain geometry, number of electron domains, number of lone pairs, and bond angle?

Molecular Geometry: Linear; Electron Domain Geometry: Linear; Electron domains: $2$; Lone pairs: $0$; Bond angle: $180^\circ$

Based on the molecular model shown, what are the molecular geometry, electron domain geometry, number of electron domains, number of lone pairs, and bond angle?

Molecular Geometry: Trigonal planar; Electron Domain Geometry: Trigonal planar; Electron domains: $3$; Lone pairs: $0$; Bond angle: $120^\circ$

Based on the molecular model shown, what are the molecular geometry, electron domain geometry, number of electron domains, number of lone pairs, and bond angle?

Molecular Geometry: Bent; Electron Domain Geometry: Trigonal Planar; Electron domains: $3$; Lone pairs: $1$; Bond angle: $120^\circ$

Based on the molecular model shown, what are the molecular geometry, electron domain geometry, number of electron domains, number of lone pairs, and bond angle?

Molecular Geometry: Tetrahedral; Electron Domain Geometry: Tetrahedral; Electron domains: $4$; Lone pairs: $0$; Bond angle: $109.5^\circ$

Based on the molecular model shown, what are the molecular geometry, electron domain geometry, number of electron domains, number of lone pairs, and bond angle?

Molecular Geometry: Trigonal pyramidal; Electron Domain Geometry: Tetrahedral; Electron domains: $4$; Lone pairs: $1$; Bond angle: $< 109.5^\circ$

Based on the molecular model shown, what are the molecular geometry, electron domain geometry, number of electron domains, number of lone pairs, and bond angle?

Molecular Geometry: Bent; Electron Domain Geometry: Tetrahedral; Electron domains: $4$; Lone pairs: $2$; Bond angle: $<< 109.5^\circ$

Based on the molecular model shown, what are the molecular geometry, electron domain geometry, number of electron domains, number of lone pairs, and bond angle?

Molecular Geometry: Trigonal Bipyramidal; Electron Domain Geometry: Trigonal Bipyramidal; Electron domains: $5$; Lone pairs: $0$; Bond angle: $120^\circ$, $90^\circ$

Based on the molecular model shown, what are the molecular geometry, electron domain geometry, number of electron domains, number of lone pairs, and bond angle?

Molecular Geometry: Seesaw; Electron Domain Geometry: Trigonal Bipyramidal; Electron domains: $5$; Lone pairs: $1$; Bond angle: $< 120^\circ$, $< 90^\circ$

Based on the molecular model shown, what are the molecular geometry, electron domain geometry, number of electron domains, number of lone pairs, and bond angle?

Molecular Geometry: T-shaped; Electron Domain Geometry: Trigonal Bipyramidal; Electron domains: $5$; Lone pairs: $2$; Bond angle: $< 90^\circ$

Based on the molecular model shown, what are the molecular geometry, electron domain geometry, number of electron domains, number of lone pairs, and bond angle?

Molecular Geometry: Linear; Electron Domain Geometry: Trigonal Bipyramidal; Electron domains: $5$; Lone pairs: $3$; Bond angle: $180^\circ$

Based on the molecular model shown, what are the molecular geometry, electron domain geometry, number of electron domains, number of lone pairs, and bond angle?

Molecular Geometry: Octahedral; Electron Domain Geometry: Octahedral; Electron domains: $6$; Lone pairs: $0$; Bond angle: $90^\circ$

Based on the molecular model shown, what are the molecular geometry, electron domain geometry, number of electron domains, number of lone pairs, and bond angle?

Molecular Geometry: Square pyramidal; Electron Domain Geometry: Octahedral; Electron domains: $6$; Lone pairs: $1$; Bond angle: $< 90^\circ$

Based on the molecular model shown, what are the molecular geometry, electron domain geometry, number of electron domains, number of lone pairs, and bond angle?

Molecular Geometry: Square planar; Electron Domain Geometry: Octahedral; Electron domains: $6$; Lone pairs: $2$; Bond angle: $90^\circ$

Based on the molecular model shown, what are the molecular geometry, electron domain geometry, number of electron domains, number of lone pairs, and bond angle?

Molecular Geometry: T-shaped; Electron Domain Geometry: Octahedral; Electron domains: $6$; Lone pairs: $3$; Bond angle: $< 90^\circ$

Based on the molecular model shown, what are the molecular geometry, electron domain geometry, number of electron domains, number of lone pairs, and bond angle?

Molecular Geometry: Linear; Electron Domain Geometry: Octahedral; Electron domains: $6$; Lone pairs: $4$; Bond angle: $180^\circ$