94. Predict the molecular geometry of the following ions: (a) H3O+ (b) PCl, (c) SnCl, (d) BrCl, (e) ICI3 (f) XeF4 (g) SF2

Chemistry for Engineering Students
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Chapter7: Chemical Bonding And Molecular Structure
Section: Chapter Questions
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can anyone explain step by step how to predict the molecular geometry for each ion?
94. Predict the molecular geometry of the following ions:
(a) H3O*
(b) PCl,
(c) SnCl,
(d) BrCl,
(e) IC13
(f) XeF4
(g) SF2
Solution
Transcribed Image Text:94. Predict the molecular geometry of the following ions: (a) H3O* (b) PCl, (c) SnCl, (d) BrCl, (e) IC13 (f) XeF4 (g) SF2 Solution
2/16:00
CC
olecular Polarity & Percent lonic Character
D, 2018
2K 43
SHARE
E SAVE
nic Chemistry Tutor
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ganic chemistry video tutorial provides a basic introduction into dipole moment and
SUBSCRIBED
MacBook Air
F1
Regions of High
Electron Density
Structure
Electron Bonding
pairs
3
Formula
Lone
Molecular
pairs
S
(а) НзО*
(b) PCI,"
8.
1
trigonal pyramidal
Sawhorse or seesaw
34
4
1
(c) SnCl,
24
trigonal pyrimidal
square planar
(d) BrCl,
(e) IC13
(f) XEF4
(g) SF2
36
4
28
T-shape
square planar
bent
36
20
2222
3.
342
Transcribed Image Text:2/16:00 CC olecular Polarity & Percent lonic Character D, 2018 2K 43 SHARE E SAVE nic Chemistry Tutor Dscribers ganic chemistry video tutorial provides a basic introduction into dipole moment and SUBSCRIBED MacBook Air F1 Regions of High Electron Density Structure Electron Bonding pairs 3 Formula Lone Molecular pairs S (а) НзО* (b) PCI," 8. 1 trigonal pyramidal Sawhorse or seesaw 34 4 1 (c) SnCl, 24 trigonal pyrimidal square planar (d) BrCl, (e) IC13 (f) XEF4 (g) SF2 36 4 28 T-shape square planar bent 36 20 2222 3. 342
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