1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
,59 Test Bank
,60 Campbell Biology, 11e (Urry)
61 Chapter 1 Evolution, the Themes of Biology, and Scientific Inquiry
61.1 Multiple-Choice 7fQuestions
1) Cells 7fare .
A) only 7ffound 7fin 7fpairs, 7fbecause 7fsingle 7fcells 7fcannot 7fexist 7findependently
B) limited 7fin 7fsize 7fto 7f200 7fand 7f500 7fmicrometers 7fin 7fdiameter
C) characteristic 7fof 7feukaryotic 7fbut 7fnot 7fprokaryotic 7forganisms
D) characteristic 7fof 7fprokaryotic 7fand 7feukaryotic
7forganisms7fAnswer: 7 f D
Bloom's 7fTaxonomy:
7 f Knowledge/Comprehension7fSection: 7 f 1.1
2) In 7fcomparison 7fto 7feukaryotes, 7fprokaryotes .
A) are 7fmore 7fstructurally 7fcomplex
B) are 7flarger
C) are 7fsmaller
D) do 7fnot 7fhave
7fmembranes7fAnswer: 7 f C
Bloom's 7fTaxonomy:
7 f Knowledge/Comprehension7fSection: 7 f 1.1
3) Which 7fof 7fthe 7ffollowing 7ftypes 7fof 7fcells 7futilize 7fdeoxyribonucleic 7facid 7f(DNA) 7fas
7ftheir 7fgenetic7fmaterial 7fbut 7fdo 7fnot 7fhave 7ftheir 7fDNA 7fencased 7fwithin 7fa 7fnuclear
7fenvelope?
A) animal
B) plant
C) archaean
D) fungi
7fAnswer:
7fC
Bloom's 7fTaxonomy:
7 f Application/Analysis7fSection: 7 f 1.1
4) To 7funderstand 7fthe 7fchemical 7fbasis 7fof 7finheritance, 7fwe 7fmust 7funderstand 7fthe 7fmolecular
7fstructure7fof 7fDNA. 7fThis 7fis 7fan 7fexample 7fof 7fthe 7fapplication 7fof 7fwhich 7fconcept 7fto 7fthe
7fstudy 7fof 7fbiology?
A) evolution
B) emergent 7fproperties
C) reductionism
D) feedback
7fregulation7fAnswer:
7 f C
Bloom's 7fTaxonomy:
7 f Application/Analysis7fSection: 7 f 1.1
1
Copyright 7f© 7f2017 7fPearson 7fEducation,
7fInc.
, 5) A 7flocalized 7fgroup 7fof 7forganisms 7fthat 7fbelong 7fto 7fthe 7fsame 7fspecies 7fis 7fcalled 7fa .
A) community
B) population
C) ecosystem
D) family
7fAnswer:
7fB
Bloom's 7fTaxonomy:
7 f Knowledge/Comprehension7fSection: 7 f 1.1
6) Which 7fof 7fthe 7ffollowing 7fstatements 7fis 7ftrue 7fregarding 7fthe 7fcomplexity 7fof 7fbiological
7fsystems?
A) An 7funderstanding 7fof 7fthe 7finteractions 7fbetween 7fdifferent 7fcomponents 7fwithin 7fa 7fliving
7fsystem 7fis7fan 7fapproach 7ftowards 7funderstanding 7freductionism.
B) Knowing 7fthe 7ffunction 7fof 7fa 7fcomponent 7fof 7fa 7fliving 7fsystem 7fcan 7fprovide
7finsights 7finto 7fthe7s
f tructure 7fand 7forganization 7fof 7fthe 7fliving 7fsystem.
C) Understanding 7fthe 7fchemical 7fstructure 7fof 7fDNA 7freveals 7fhow 7fit 7fdirects 7fthe
7ffunctioning 7fof 7fa7l
f iving 7fcell.
D) An 7fecosystem 7fdisplays 7fcomplex 7fproperties 7fof 7fthe 7fbiotic 7fcomponent
7fonly.7fAnswer: 7fB
Bloom's 7fTaxonomy:
7 f Application/Analysis7fSection: 7 f 1.1
7) Which 7fof 7fthe 7ffollowing 7forder 7fis 7fcorrect 7fin 7fterms 7fof 7fthe 7fhierarchy 7fof 7fthe 7forganization?
A) Ecosystem 7f→ 7fBiosphere 7f→ 7fPopulation 7f→ 7fCommunity 7f→ 7fOrganism
B) Biosphere 7f→ 7fEcosystem 7f→ 7fPopulation 7f→ 7fCommunity 7f→ 7fOrganism
C) Ecosystem 7f→ 7fCommunity 7f→ 7fBiosphere 7f→ 7fPopulation 7f→ 7fOrganism
D) Biosphere 7f→ 7fEcosystem 7f→Community 7f→ 7fPopulation 7f→
7fOrganism7fAnswer: 7 f D
Bloom's 7fTaxonomy:
7 f Application/Analysis7fSection: 7 f 1.1
8) When 7fyour 7fbody 7ftemperature 7frises 7fon 7fa 7fhot 7fday, 7fthe 7fneural 7fand 7fhormonal
7fmechanisms 7factivate7s f weating. 7fEvaporation 7fof 7fsweat 7fleads 7fto 7fcooling 7fof 7fthe 7fbody
7fsurface. 7fThis 7fis 7fan 7fexample 7fof
7f .
A) positive 7ffeedback 7fregulation
B) negative 7ffeedback 7fregulation
C) chemical 7fcycling
D) emergent
7fproperties7A f nswer: 7fB
Bloom's 7fTaxonomy:
7 f Application/Analysis7fSection: 7 f 1.1
2
Copyright 7f© 7f2017 7fPearson 7fEducation,
7fInc.
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
,59 Test Bank
,60 Campbell Biology, 11e (Urry)
61 Chapter 1 Evolution, the Themes of Biology, and Scientific Inquiry
61.1 Multiple-Choice 7fQuestions
1) Cells 7fare .
A) only 7ffound 7fin 7fpairs, 7fbecause 7fsingle 7fcells 7fcannot 7fexist 7findependently
B) limited 7fin 7fsize 7fto 7f200 7fand 7f500 7fmicrometers 7fin 7fdiameter
C) characteristic 7fof 7feukaryotic 7fbut 7fnot 7fprokaryotic 7forganisms
D) characteristic 7fof 7fprokaryotic 7fand 7feukaryotic
7forganisms7fAnswer: 7 f D
Bloom's 7fTaxonomy:
7 f Knowledge/Comprehension7fSection: 7 f 1.1
2) In 7fcomparison 7fto 7feukaryotes, 7fprokaryotes .
A) are 7fmore 7fstructurally 7fcomplex
B) are 7flarger
C) are 7fsmaller
D) do 7fnot 7fhave
7fmembranes7fAnswer: 7 f C
Bloom's 7fTaxonomy:
7 f Knowledge/Comprehension7fSection: 7 f 1.1
3) Which 7fof 7fthe 7ffollowing 7ftypes 7fof 7fcells 7futilize 7fdeoxyribonucleic 7facid 7f(DNA) 7fas
7ftheir 7fgenetic7fmaterial 7fbut 7fdo 7fnot 7fhave 7ftheir 7fDNA 7fencased 7fwithin 7fa 7fnuclear
7fenvelope?
A) animal
B) plant
C) archaean
D) fungi
7fAnswer:
7fC
Bloom's 7fTaxonomy:
7 f Application/Analysis7fSection: 7 f 1.1
4) To 7funderstand 7fthe 7fchemical 7fbasis 7fof 7finheritance, 7fwe 7fmust 7funderstand 7fthe 7fmolecular
7fstructure7fof 7fDNA. 7fThis 7fis 7fan 7fexample 7fof 7fthe 7fapplication 7fof 7fwhich 7fconcept 7fto 7fthe
7fstudy 7fof 7fbiology?
A) evolution
B) emergent 7fproperties
C) reductionism
D) feedback
7fregulation7fAnswer:
7 f C
Bloom's 7fTaxonomy:
7 f Application/Analysis7fSection: 7 f 1.1
1
Copyright 7f© 7f2017 7fPearson 7fEducation,
7fInc.
, 5) A 7flocalized 7fgroup 7fof 7forganisms 7fthat 7fbelong 7fto 7fthe 7fsame 7fspecies 7fis 7fcalled 7fa .
A) community
B) population
C) ecosystem
D) family
7fAnswer:
7fB
Bloom's 7fTaxonomy:
7 f Knowledge/Comprehension7fSection: 7 f 1.1
6) Which 7fof 7fthe 7ffollowing 7fstatements 7fis 7ftrue 7fregarding 7fthe 7fcomplexity 7fof 7fbiological
7fsystems?
A) An 7funderstanding 7fof 7fthe 7finteractions 7fbetween 7fdifferent 7fcomponents 7fwithin 7fa 7fliving
7fsystem 7fis7fan 7fapproach 7ftowards 7funderstanding 7freductionism.
B) Knowing 7fthe 7ffunction 7fof 7fa 7fcomponent 7fof 7fa 7fliving 7fsystem 7fcan 7fprovide
7finsights 7finto 7fthe7s
f tructure 7fand 7forganization 7fof 7fthe 7fliving 7fsystem.
C) Understanding 7fthe 7fchemical 7fstructure 7fof 7fDNA 7freveals 7fhow 7fit 7fdirects 7fthe
7ffunctioning 7fof 7fa7l
f iving 7fcell.
D) An 7fecosystem 7fdisplays 7fcomplex 7fproperties 7fof 7fthe 7fbiotic 7fcomponent
7fonly.7fAnswer: 7fB
Bloom's 7fTaxonomy:
7 f Application/Analysis7fSection: 7 f 1.1
7) Which 7fof 7fthe 7ffollowing 7forder 7fis 7fcorrect 7fin 7fterms 7fof 7fthe 7fhierarchy 7fof 7fthe 7forganization?
A) Ecosystem 7f→ 7fBiosphere 7f→ 7fPopulation 7f→ 7fCommunity 7f→ 7fOrganism
B) Biosphere 7f→ 7fEcosystem 7f→ 7fPopulation 7f→ 7fCommunity 7f→ 7fOrganism
C) Ecosystem 7f→ 7fCommunity 7f→ 7fBiosphere 7f→ 7fPopulation 7f→ 7fOrganism
D) Biosphere 7f→ 7fEcosystem 7f→Community 7f→ 7fPopulation 7f→
7fOrganism7fAnswer: 7 f D
Bloom's 7fTaxonomy:
7 f Application/Analysis7fSection: 7 f 1.1
8) When 7fyour 7fbody 7ftemperature 7frises 7fon 7fa 7fhot 7fday, 7fthe 7fneural 7fand 7fhormonal
7fmechanisms 7factivate7s f weating. 7fEvaporation 7fof 7fsweat 7fleads 7fto 7fcooling 7fof 7fthe 7fbody
7fsurface. 7fThis 7fis 7fan 7fexample 7fof
7f .
A) positive 7ffeedback 7fregulation
B) negative 7ffeedback 7fregulation
C) chemical 7fcycling
D) emergent
7fproperties7A f nswer: 7fB
Bloom's 7fTaxonomy:
7 f Application/Analysis7fSection: 7 f 1.1
2
Copyright 7f© 7f2017 7fPearson 7fEducation,
7fInc.
