Question 7 For the molecule CO3 2- determine the electron pair geometry (epg) and molecular geometry (mg) and choose the correct answer. (C = family 4A; O = family 6A) O epg = trigonal plane; mg = angular O epg = trigonal pyramid; mg = trigonal plane. O epg = trigonal plane; mg = trigonal pyramid O epg = trigonal plane; mg = trigonal plane O epg = tetrahedron; mg = tetrahedron

Chemistry by OpenStax (2015-05-04)
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Chapter7: Chemical Bonding And Molecular Geometry
Section: Chapter Questions
Problem 90E: As a general rule, MX molecules (where M represents a central atom and X represents terminal atoms;...
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Question 7
For the molecule CO3 determine the electron pair geometry (epg) and molecular geometry (mg) and choose the correct answer. (C = family 4A; O = family 6A)
epg = trigonal plane; mg = angular
O epg = trigonal pyramid; mg = trigonal plane.
O epg = trigonal plane; mg = trigonal pyramid
O epg = trigonal plane; mg = trigonal plane
O epg = tetrahedron; mg = tetrahedron
A Moving to another question will save this response.
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F10
11
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F8
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3
Transcribed Image Text:Question 7 For the molecule CO3 determine the electron pair geometry (epg) and molecular geometry (mg) and choose the correct answer. (C = family 4A; O = family 6A) epg = trigonal plane; mg = angular O epg = trigonal pyramid; mg = trigonal plane. O epg = trigonal plane; mg = trigonal pyramid O epg = trigonal plane; mg = trigonal plane O epg = tetrahedron; mg = tetrahedron A Moving to another question will save this response. F9 F10 11 F7 F8 Esc F5 & 8. 3
Question 31
In which case is the solid substance correctly matched with the type of bonding it exhibits?
NaCl(s) : London bonding
CO2(s): covalent network
CH4(s): molecular solid
C (diamond) : metallic network
H20(s) : ionic network
Moving to another question will save this response.
Transcribed Image Text:Question 31 In which case is the solid substance correctly matched with the type of bonding it exhibits? NaCl(s) : London bonding CO2(s): covalent network CH4(s): molecular solid C (diamond) : metallic network H20(s) : ionic network Moving to another question will save this response.
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