Vsepr Study guides, Class notes & Summaries

linear - 2 bonds 0 lone pairs 180° trigonal planar - 3 bonds 0 lone pairs 120° bent - 2 bonds 1 lone pair less than 120° tetrahedral - 4 bonds 0 lone pairs 109.5° trigonal pyramidal - 3 bonds 1 lone pair less than 109.5° bent - 2 bonds 2 lone pairs less than 109.5° trigonal bipyramidal - 5 bonds 0 lone pairs90°, 120° seesaw - 4 bonds 1 lone pair less than 90°, less than 120° T-shaped - 3 bonds 2 lone pairs less than 90° linear - 2 bonds 3 lone pairs 180° ...

VSEPR Exam Questions and answers, 100% Accurate. Rated A+ Are methane molecules 3d? - -Yes What does the vsepr theory explain? - -the 3d shape of methane How does the vsepr theory help predict the shapes of molecules? - -according to vsepr theory, the repulsion between electron pairs causes molecular shapes to adjust so that the valence electron pairs stay as far apart as possible are unshared pairs important in predicting the shapes of molecules? - -yes what is a tetrahedral an...

linear - ANSWER 2 electron domains 2 bonding domains 0 lone pairs 180 degree angles trigonal planar - ANSWER 3 electron domains 3 bonding domains 0 lone pairs 120 degree angle

VSEPR, Top Questions and answers, 100% Accurate. Graded A+ Linear (linear e- geometry) - - Trigonal planar - - Bent (120 degree bond angle) - - Tetrahedral - - Trigonal pyramidal - - Bent (109.5 degree bond angle) - - Trigonal bipyramidal - - See-saw - - T-shaped - - Linear (trig. bipyramid e- geometry) - - Octahedral - - Square pyramidal - - Square planar - - VSEPR stands for.... - -Valence Shell Electron Pair Repulsion "Things" - -bond or unshar...

IB Chem VSEPR theory HL Questions with complete solution 2023/20242 electron domains - correct answer linear 180 CO₂ 3 electron domains (all bonded) - correct answer trigonal planar 120° BF₃ greater repulsion: non-bonded or bonded pairs - correct answer non-bonded 3 electron domains (1 unbonded) - correct answer bent 117-118° NO₂ Angle removed by lone pair - correct answer 2-2.5°

2 bonds, 0 lone pairs - ANSWER linear, linear, 180, sp 3 bonds, 0 lone pairs - ANSWER trigonal planar, trigonal planar, 120, sp2 3 bonds, 1 lone pair - ANSWER trigonal planar, bent, 120, sp2 4 bonds, 0 lone pairs - ANSWER tetrahedral, tetrahedral, 109.5, sp3 4 bonds, 1 lone pair - ANSWER tetrahedral, trigonal pyramid, 109.5, sp3

2 electron groups, 0 lone pairs...what is the electron pair arrangement? And what is the molecular geometry? - EPA = linear, MG = linear 3 electron groups, 0 lone pairs...what is the electron pair arrangement? And what is the molecular geometry? - EPA = trigonal planar, MG = trigonal planar 4 electron groups, 0 lone pairs...what is the electron pair arrangement? And what is the molecular geometry? - EPA = tetrahedral, MG = tetrahedral 5 electron groups, 0 lone pairs...what is the electron ...

etrahedral - ANSWER 4 things around the central atom, bond angle = 109.5° Trigonal Planar - ANSWER 3 things around the central Atom, bond angle = 120° bent #2 - ANSWER 4 things around the central atom, 2 lone pairs, bond angle <105° Linear - ANSWER 2 things around the central atom, bond angle = 18

Tetrahedral - 4 things around the central atom, bond angle = 109.5° Trigonal Planar - 3 things around the central Atom, bond angle = 120° bent #2 - 4 things around the central atom, 2 lone pairs, bond angle <105° Linear - 2 things around the central atom, bond angle = 180° Trigonal pyramidal - 4 things around the central atom, 1 lone pair, bond angle <107° Lone pairs - Electron pairs not used in bonding Bent #1 - 3 things around a central atom, 1 lone pairs Bonding pairs - elec...