TO gGET gALL gCHAPTERS gEMAIL gME gAT>>>>> g g g
TEST BANK for Organic Chemistry
g g g g g
6th Edition Smith /
g g g g
All Chapters 1 - 29 / Full Complete
g g g g g g g
Page g1
, TO gGET gALL gCHAPTERS gEMAIL gME gAT>>>>> g g g
Chapter g1gStructure gand gBonding g Chapter
g2 gAcids gand gBases
Chapter g3gIntroduction gto gOrganic gMolecules gand gFunctional gGroups g Chapter g4
gAlkanes
Chapter g5 gStereochemistry
Chapter g6 gUnderstanding gOrganic gReactions
Chapter g7 gAlkyl gHalides gand gNucleophilic gSubstitution
g Chapter g8 gAlkyl gHalides gand gElimination gReactions
g Chapter g9 gAlcohols, gEthers, gand gRelated gCompounds
g Chapter g10 gAlkenes gand gAddition gReactions
Chapter g11 gAlkynes gand gSynthesis
g Chapter g12 gOxidation gand gReduction
g Spectroscopy gA gMass gSpectrometry
g Spectroscopy gB gInfrared gSpectroscopy
Spectroscopy gCgNuclear gMagnetic gResonance gSpectroscopy g Chapter g13
gRadical gReactions
Chapter g14 gConjugation, gResonance, gand gDienes g Chapter
g15 gBenzene gand gAromatic gCompounds g Chapter g16
gReactions gof gAromatic gCompounds
Chapter g17 gIntroduction gto gCarbonyl gChemistry: gOrganometallic gReagents;
g Oxidation gand gReduction
Chapter g18 gAldehydes gand gKetones—Nucleophilic gAddition g Chapter g19
gCarboxylic gAcids gand gNitriles
Chapter g20 gCarboxylic gAcids gand gTheir gDerivatives- gNucleophilic gAcyl g Substitution
Chapter g21 gSubstitution gReactions gof gCarbonyl gCompounds gat gthe gα-Carbon
g Chapter g22 gCarbonyl gCondensation gReactions
Chapter g23 gAmines
Chapter g24 gCarbon-Carbon gBond-Forming gReactions gin gOrganic gSynthesis g Chapter
g25 gPericyclic gReactions
Chapter g26 gCarbohydrates
Chapter g27 gAmino gAcids gand gProteins
g Chapter g28 gSynthetic gPolymers g Chapter
g29 gLipids g(Available gonline)
Page g2
, TO gGET gALL gCHAPTERS gEMAIL gME
gAT>>>>> g g g
Chapter 1: Structure and Bonding
g g g g
1. What g is gthe gground-state gelectronic gconfiguration gof ga gcarbon
2 2 5
gatom? g A) g 1s , g2s , g2p B) g 1s2, g2s2, g2p2 C) g 1s2, g2s2,
6
g2p D) g 1s2, g2s2, g2p4
2. What g is gthe gground-state gelectronic gconfiguration gof ga gfluorine
2 2 2
gatom? g A) g 1s , g2s , g2p B) g 1s2, g2s2, g2p3 C) g 1s2, g2s2,
4 2 2 5
g2p D) g 1s , g2s , g2p
3. What gis gthe gground-state gelectronic gconfiguration gof ga gmagnesium gcation
2+
g(Mg )? g A) 1s2, g2s2, g2p6 C) 1s2, g2s2,
6 2
g2p , g3s
B) 1s2, g2s2, g2p6, g3s1 D) 1s2, g2s2, g2p6, g3s2, g3p2
4. What gis gthe gground-state gelectronic gconfiguration gof ga gchlorine ganion g(Cl—
)? g A) 1s2, g2s2, g2p6 C) 1s2,
2 6 2 5
g2s , g2p , g3s , g3p
B) 1s2, g2s2, g2p6, g3s2, g3p6 D) 1s2, g2s2, g2p6, g3s2, g3p4
5. Which gof gthe gfollowing gstatements gabout gvalence gelectrons gis gtrue?
A) They gare gthe gmost gtightly gheld gelectrons.
B) They gdo gnot gparticipate gin gchemical greactions.
Page g3
, Chapter g1: gStructure gand
gBonding
C) They gare gthe goutermost gelectrons.
D) They greveal gthe gperiod gnumber gof ga gsecond-row gelement.
6. Which gof gthe gfollowing gstatements gabout gbonding gis gtrue?
A) Covalent g bonds gresult g from gthe gtransfer gof gelectrons gfrom gone gelement gto g another.
B) Ionic gbonds gresult g from gthe gtransfer gof gelectrons gfrom ga gmetal gto ga gnon-metal.
C) Ionic gbonds gresult g from gthe gsharing gof gelectrons gbetween gtwo gnon-metals.
D) Covalent g bonds gresult g from gthe gsharing gof gelectrons gbetween gtwo gmetals.
7. Which gof gthe gfollowing gwould gyou gexpect g to ghave gionic gbonds?
A) CO B) g gFBr C) g NF3 D) g gNaCl
8. Which gof gthe gfollowing g molecules ghas gnonpolar gcovalent gbonds?
A) HCl B) g N2 C) g CHCl3 D) g gNO
9. Which gof gthe gfollowing g molecules gcontain gboth gcovalent g and gionic gbonds?
A) I, gII B) g gI, gIV C) g gII, gIII D) gII, gIV
10. Arrange gthe gfollowing gbonds gin gdecreasing gorder gof gionic gcharacter, gputting gthe
gmost g ionic gfirst.
A) I g> gII g> gIII g> gIV C) IV g> gIII g> gII g> gI
B) IV g> gII g> gI g> gIII D) IV g> gII g> gIII g> gI
11. Which gof gthe gfollowing gstatements gcorrectly gdescribes gthe gtypical gnumber gof gbonds
gfor g carbon, gnitrogen, gand goxygen gin gmost gneutral gorganic gmolecules?
A) Carbon gforms g4 gcovalent g bonds, gnitrogen gforms g2 gcovalent g bonds gand goxygen
gforms g 3 gcovalent g bonds.
B) Carbon gforms g4 gcovalent g bonds, gnitrogen gforms g3 gcovalent g bonds gand goxygen
gforms g 2 gcovalent g bonds.
Page g4
TEST BANK for Organic Chemistry
g g g g g
6th Edition Smith /
g g g g
All Chapters 1 - 29 / Full Complete
g g g g g g g
Page g1
, TO gGET gALL gCHAPTERS gEMAIL gME gAT>>>>> g g g
Chapter g1gStructure gand gBonding g Chapter
g2 gAcids gand gBases
Chapter g3gIntroduction gto gOrganic gMolecules gand gFunctional gGroups g Chapter g4
gAlkanes
Chapter g5 gStereochemistry
Chapter g6 gUnderstanding gOrganic gReactions
Chapter g7 gAlkyl gHalides gand gNucleophilic gSubstitution
g Chapter g8 gAlkyl gHalides gand gElimination gReactions
g Chapter g9 gAlcohols, gEthers, gand gRelated gCompounds
g Chapter g10 gAlkenes gand gAddition gReactions
Chapter g11 gAlkynes gand gSynthesis
g Chapter g12 gOxidation gand gReduction
g Spectroscopy gA gMass gSpectrometry
g Spectroscopy gB gInfrared gSpectroscopy
Spectroscopy gCgNuclear gMagnetic gResonance gSpectroscopy g Chapter g13
gRadical gReactions
Chapter g14 gConjugation, gResonance, gand gDienes g Chapter
g15 gBenzene gand gAromatic gCompounds g Chapter g16
gReactions gof gAromatic gCompounds
Chapter g17 gIntroduction gto gCarbonyl gChemistry: gOrganometallic gReagents;
g Oxidation gand gReduction
Chapter g18 gAldehydes gand gKetones—Nucleophilic gAddition g Chapter g19
gCarboxylic gAcids gand gNitriles
Chapter g20 gCarboxylic gAcids gand gTheir gDerivatives- gNucleophilic gAcyl g Substitution
Chapter g21 gSubstitution gReactions gof gCarbonyl gCompounds gat gthe gα-Carbon
g Chapter g22 gCarbonyl gCondensation gReactions
Chapter g23 gAmines
Chapter g24 gCarbon-Carbon gBond-Forming gReactions gin gOrganic gSynthesis g Chapter
g25 gPericyclic gReactions
Chapter g26 gCarbohydrates
Chapter g27 gAmino gAcids gand gProteins
g Chapter g28 gSynthetic gPolymers g Chapter
g29 gLipids g(Available gonline)
Page g2
, TO gGET gALL gCHAPTERS gEMAIL gME
gAT>>>>> g g g
Chapter 1: Structure and Bonding
g g g g
1. What g is gthe gground-state gelectronic gconfiguration gof ga gcarbon
2 2 5
gatom? g A) g 1s , g2s , g2p B) g 1s2, g2s2, g2p2 C) g 1s2, g2s2,
6
g2p D) g 1s2, g2s2, g2p4
2. What g is gthe gground-state gelectronic gconfiguration gof ga gfluorine
2 2 2
gatom? g A) g 1s , g2s , g2p B) g 1s2, g2s2, g2p3 C) g 1s2, g2s2,
4 2 2 5
g2p D) g 1s , g2s , g2p
3. What gis gthe gground-state gelectronic gconfiguration gof ga gmagnesium gcation
2+
g(Mg )? g A) 1s2, g2s2, g2p6 C) 1s2, g2s2,
6 2
g2p , g3s
B) 1s2, g2s2, g2p6, g3s1 D) 1s2, g2s2, g2p6, g3s2, g3p2
4. What gis gthe gground-state gelectronic gconfiguration gof ga gchlorine ganion g(Cl—
)? g A) 1s2, g2s2, g2p6 C) 1s2,
2 6 2 5
g2s , g2p , g3s , g3p
B) 1s2, g2s2, g2p6, g3s2, g3p6 D) 1s2, g2s2, g2p6, g3s2, g3p4
5. Which gof gthe gfollowing gstatements gabout gvalence gelectrons gis gtrue?
A) They gare gthe gmost gtightly gheld gelectrons.
B) They gdo gnot gparticipate gin gchemical greactions.
Page g3
, Chapter g1: gStructure gand
gBonding
C) They gare gthe goutermost gelectrons.
D) They greveal gthe gperiod gnumber gof ga gsecond-row gelement.
6. Which gof gthe gfollowing gstatements gabout gbonding gis gtrue?
A) Covalent g bonds gresult g from gthe gtransfer gof gelectrons gfrom gone gelement gto g another.
B) Ionic gbonds gresult g from gthe gtransfer gof gelectrons gfrom ga gmetal gto ga gnon-metal.
C) Ionic gbonds gresult g from gthe gsharing gof gelectrons gbetween gtwo gnon-metals.
D) Covalent g bonds gresult g from gthe gsharing gof gelectrons gbetween gtwo gmetals.
7. Which gof gthe gfollowing gwould gyou gexpect g to ghave gionic gbonds?
A) CO B) g gFBr C) g NF3 D) g gNaCl
8. Which gof gthe gfollowing g molecules ghas gnonpolar gcovalent gbonds?
A) HCl B) g N2 C) g CHCl3 D) g gNO
9. Which gof gthe gfollowing g molecules gcontain gboth gcovalent g and gionic gbonds?
A) I, gII B) g gI, gIV C) g gII, gIII D) gII, gIV
10. Arrange gthe gfollowing gbonds gin gdecreasing gorder gof gionic gcharacter, gputting gthe
gmost g ionic gfirst.
A) I g> gII g> gIII g> gIV C) IV g> gIII g> gII g> gI
B) IV g> gII g> gI g> gIII D) IV g> gII g> gIII g> gI
11. Which gof gthe gfollowing gstatements gcorrectly gdescribes gthe gtypical gnumber gof gbonds
gfor g carbon, gnitrogen, gand goxygen gin gmost gneutral gorganic gmolecules?
A) Carbon gforms g4 gcovalent g bonds, gnitrogen gforms g2 gcovalent g bonds gand goxygen
gforms g 3 gcovalent g bonds.
B) Carbon gforms g4 gcovalent g bonds, gnitrogen gforms g3 gcovalent g bonds gand goxygen
gforms g 2 gcovalent g bonds.
Page g4
