n
2-1n
Copyrightn©n2016nMcGraw-
HillnEducation.nAllnrightsnreserved.nNonreproductionnorndistributionnwithoutnthenprio
rnwrittennconsentnofnMcGraw-HillnEducation.n
n
n
n
n
n
n
n
n
n
1.nVisiblenlight,nradionwaves,nmicrowavenradiation,ninfrared,nultravioletnradiation,nX-
rays,nandngammanraysnallnconstituten
thenelectromagneticnspectrum.nWhichnofnthenfollowingncharacteristicsndonallnofnthese
nkindsnofnradiationnshare?n
n
A.nTheynallnhaventhenabilityntongeneratenheatninnobjects.n
n
B.nTheynallnhaventhensamenfrequencies.n
n
C.nTheynarenallnthentransmissionnofnenergyninnthenformnofnwaves.n
n
D.nTheynhavenequalnenergies.n
n
E.nTheynhaventhensamenelectronnspinnstate.n
n
Accessibility:nKeyboardnNavigationnn
Bloom'snLevel:n3.nApplynn
Difficulty:nMediumnn
Gradable:nautomaticnn
Subtopic:nElectromagneticnRadiationn(WavenProperties)nn
Topic:nQuantumnTheorynandnAtomicnStructuren
n
2.nSelectnthenarrangementnofnelectromagneticnradiationnwhichnstartsnwithnthenshorte
stnwavelengthnandnincreasesntonlongestn
wavelength.n
n
A.nradio,ninfrared,nultraviolet,ngammanraysn
n
B.nradio,nultraviolet,ninfrared,ngammanraysn
,n
C.ngammanrays,nradio,nultraviolet,ninfraredn
n
D.ngammanrays,ninfrared,nradio,nultravioletn
n
E.ngammanrays,nultraviolet,ninfrared,nradion
n
Accessibility:nKeyboardnNavigationn
Bloom'snLevel:n5.nEvaluaten
Difficulty:nHardn
Gradable:nautomaticn
Subtopic:nElectromagneticnRadiationn(WavenProperties)n
Subtopic:nMeasurementn(SInUnits)n
Subtopic:nScientificnNotationnandnSignificantnFiguresn
Topic:nQuantumnTheorynandnAtomicnStructuren
n
3.nSelectnthenarrangementnofnelectromagneticnradiationnwhichnstartsnwithnthenlowest
nenergynandnincreasesntonthengreatestn
energy.n
n
A.nradio,ninfrared,nultraviolet,ngammanraysn
n
radio,nultraviolet,ninfrared,ngammanraysn
n
gammanrays,ninfrared,nradio,nultravioletn
n
gammanrays,nultraviolet,ninfrared,nradion
n
infrared,nultraviolet,nradio,ngammanraysn
n
Accessibility:nKeyboardnNavigationn
Bloom'snLevel:n5.nEvaluaten
Difficulty:nHardn
Gradable:nautomaticn
Subtopic:nElectromagneticnRadiationn(WavenProperties)n
Topic:nQuantumnTheorynandnAtomicnStructuren
n
n
n
n
n
n
n
,n
n
n
DOWNLOADnTHEnTestnBanknfornIntroductorynChemistrynAnnAtomsnFirst
nnnnnnnnnnnnnnnnnnApproachn1stnEditionnBurdge
mynursytest.store
n
2-2n
Copyrightn©n2016nMcGraw-
HillnEducation.nAllnrightsnreserved.nNonreproductionnorndistributionnwithoutnthenprio
rnwrittennconsentnofnMcGraw-HillnEducation.n
n
n
n
n
n
4.nWhatnisnthenemissionnofnlightnatnonlynspecificnwavelengths?n
n
A.nEmissionnspectran
n
B.nHydrogennspectrumn
n
C.nWavenspectran
n
D.nLimitednspectran
n
E.nLinenspectran
n
Accessibility:nKeyboardnNavigationn
Bloom'snLevel:n2.nUnderstandn
Difficulty:nEasyn
Gradable:nautomaticn
Subtopic:nAtomicnSpectran(BohrnModelnofnthenAtom)n
Subtopic:nElectromagneticnRadiationn(WavenProperties)n
Subtopic:nMeasurementn(SInUnits)n
Subtopic:nScientificnNotationnandnSignificantnFiguresn
Topic:nQuantumnTheorynandnAtomicnStructuren
n
5.nListnthenfollowingntypesnofnradiationnfromnlowestnfrequencyntonhighestnfrequency:
nmicrowave,nXnray,nultraviolet,n
visible,nandninfraredn
n
A.nmicrowaven<ninfraredn<nvisiblen<nultravioletn<nXnrayn
, n
B.nXnrayn<nultravioletn<nvisiblen<ninfraredn<nmicrowaven
n
C.visiblen<nultravioletn<nmicrowaven<nXnrayn<ninfraredn
n
D.ninfraredn<nXnrayn<nmicrowaven<nultravioletn<nvisiblen
n
E.ninfraredn<nvisiblen<nmicrowaven<nultravioletn<nXnrayn
n
n
n
Accessibility:nKeyboardnNavigationn
Bloom'snLevel:n5.nEvaluaten
Difficulty:nEasyn
Gradable:nautomaticn
Subtopic:nElectromagneticnRadiationn(WavenProperties)n
Topic:nQuantumnTheorynandnAtomicnStructuren
n
6.nWhichnofnthenfollowingnelectronntransitionsnwouldnbenexpectedntonemitnanynlight
ninnthenBohrnmodelnofnthenatom?n
n
A.nnn=n1ntonnn=n3n
B.nnn=n5ntonnn=n6n
C.nnn=n2ntonnn=n5n
D.nnn=n4ntonnn=n3n
n
n
n
n
n
Accessibility:nKeyboardnNavigationn
Bloom'snLevel:n2.nUnderstandn
Difficulty:nEasyn
Gradable:nautomaticn
Subtopic:nAtomicnSpectran(BohrnModelnofnthenAtom)n
Topic:nQuantumnTheorynandnAtomicnStructuren
n
n
n
n
n
n
n
2-1n
Copyrightn©n2016nMcGraw-
HillnEducation.nAllnrightsnreserved.nNonreproductionnorndistributionnwithoutnthenprio
rnwrittennconsentnofnMcGraw-HillnEducation.n
n
n
n
n
n
n
n
n
n
1.nVisiblenlight,nradionwaves,nmicrowavenradiation,ninfrared,nultravioletnradiation,nX-
rays,nandngammanraysnallnconstituten
thenelectromagneticnspectrum.nWhichnofnthenfollowingncharacteristicsndonallnofnthese
nkindsnofnradiationnshare?n
n
A.nTheynallnhaventhenabilityntongeneratenheatninnobjects.n
n
B.nTheynallnhaventhensamenfrequencies.n
n
C.nTheynarenallnthentransmissionnofnenergyninnthenformnofnwaves.n
n
D.nTheynhavenequalnenergies.n
n
E.nTheynhaventhensamenelectronnspinnstate.n
n
Accessibility:nKeyboardnNavigationnn
Bloom'snLevel:n3.nApplynn
Difficulty:nMediumnn
Gradable:nautomaticnn
Subtopic:nElectromagneticnRadiationn(WavenProperties)nn
Topic:nQuantumnTheorynandnAtomicnStructuren
n
2.nSelectnthenarrangementnofnelectromagneticnradiationnwhichnstartsnwithnthenshorte
stnwavelengthnandnincreasesntonlongestn
wavelength.n
n
A.nradio,ninfrared,nultraviolet,ngammanraysn
n
B.nradio,nultraviolet,ninfrared,ngammanraysn
,n
C.ngammanrays,nradio,nultraviolet,ninfraredn
n
D.ngammanrays,ninfrared,nradio,nultravioletn
n
E.ngammanrays,nultraviolet,ninfrared,nradion
n
Accessibility:nKeyboardnNavigationn
Bloom'snLevel:n5.nEvaluaten
Difficulty:nHardn
Gradable:nautomaticn
Subtopic:nElectromagneticnRadiationn(WavenProperties)n
Subtopic:nMeasurementn(SInUnits)n
Subtopic:nScientificnNotationnandnSignificantnFiguresn
Topic:nQuantumnTheorynandnAtomicnStructuren
n
3.nSelectnthenarrangementnofnelectromagneticnradiationnwhichnstartsnwithnthenlowest
nenergynandnincreasesntonthengreatestn
energy.n
n
A.nradio,ninfrared,nultraviolet,ngammanraysn
n
radio,nultraviolet,ninfrared,ngammanraysn
n
gammanrays,ninfrared,nradio,nultravioletn
n
gammanrays,nultraviolet,ninfrared,nradion
n
infrared,nultraviolet,nradio,ngammanraysn
n
Accessibility:nKeyboardnNavigationn
Bloom'snLevel:n5.nEvaluaten
Difficulty:nHardn
Gradable:nautomaticn
Subtopic:nElectromagneticnRadiationn(WavenProperties)n
Topic:nQuantumnTheorynandnAtomicnStructuren
n
n
n
n
n
n
n
,n
n
n
DOWNLOADnTHEnTestnBanknfornIntroductorynChemistrynAnnAtomsnFirst
nnnnnnnnnnnnnnnnnnApproachn1stnEditionnBurdge
mynursytest.store
n
2-2n
Copyrightn©n2016nMcGraw-
HillnEducation.nAllnrightsnreserved.nNonreproductionnorndistributionnwithoutnthenprio
rnwrittennconsentnofnMcGraw-HillnEducation.n
n
n
n
n
n
4.nWhatnisnthenemissionnofnlightnatnonlynspecificnwavelengths?n
n
A.nEmissionnspectran
n
B.nHydrogennspectrumn
n
C.nWavenspectran
n
D.nLimitednspectran
n
E.nLinenspectran
n
Accessibility:nKeyboardnNavigationn
Bloom'snLevel:n2.nUnderstandn
Difficulty:nEasyn
Gradable:nautomaticn
Subtopic:nAtomicnSpectran(BohrnModelnofnthenAtom)n
Subtopic:nElectromagneticnRadiationn(WavenProperties)n
Subtopic:nMeasurementn(SInUnits)n
Subtopic:nScientificnNotationnandnSignificantnFiguresn
Topic:nQuantumnTheorynandnAtomicnStructuren
n
5.nListnthenfollowingntypesnofnradiationnfromnlowestnfrequencyntonhighestnfrequency:
nmicrowave,nXnray,nultraviolet,n
visible,nandninfraredn
n
A.nmicrowaven<ninfraredn<nvisiblen<nultravioletn<nXnrayn
, n
B.nXnrayn<nultravioletn<nvisiblen<ninfraredn<nmicrowaven
n
C.visiblen<nultravioletn<nmicrowaven<nXnrayn<ninfraredn
n
D.ninfraredn<nXnrayn<nmicrowaven<nultravioletn<nvisiblen
n
E.ninfraredn<nvisiblen<nmicrowaven<nultravioletn<nXnrayn
n
n
n
Accessibility:nKeyboardnNavigationn
Bloom'snLevel:n5.nEvaluaten
Difficulty:nEasyn
Gradable:nautomaticn
Subtopic:nElectromagneticnRadiationn(WavenProperties)n
Topic:nQuantumnTheorynandnAtomicnStructuren
n
6.nWhichnofnthenfollowingnelectronntransitionsnwouldnbenexpectedntonemitnanynlight
ninnthenBohrnmodelnofnthenatom?n
n
A.nnn=n1ntonnn=n3n
B.nnn=n5ntonnn=n6n
C.nnn=n2ntonnn=n5n
D.nnn=n4ntonnn=n3n
n
n
n
n
n
Accessibility:nKeyboardnNavigationn
Bloom'snLevel:n2.nUnderstandn
Difficulty:nEasyn
Gradable:nautomaticn
Subtopic:nAtomicnSpectran(BohrnModelnofnthenAtom)n
Topic:nQuantumnTheorynandnAtomicnStructuren
n
n
n
n
n
n
n
