3
.
,Microbiology: An Introduction, 14e (Tortora et al.)
Rb Rb Rb Rb Rb Rb
Chapter Rb1 R b Rb The RbMicrobial RbWorld Rband RbYou
1.1 Multiple-Choice RbQuestions
1) Microorganisms Rbare Rbinvolved Rbin Rbeach Rbof Rbthe Rbfollowing Rbprocesses RbEXCEPT
A) infection.
B) decomposition Rbof Rborganic Rbmaterial.
C) O2 Rbproduction.
D) food R b production.
E) smog
Rbproduction.
RbAnswer: RbE
Section: Rb1.1
Bloom's RbTaxonomy:
RbRemembering RbLearning
RbOutcome: Rb1.1
Global RbOutcome: R b 5
2) Each Rbof Rbthe Rbfollowing Rborganisms Rbwould Rbbe Rbconsidered Rba Rbmicrobe RbEXCEPT
A) yeast.
B) protozoan.
C) bacterium.
D) mushroom.
E) virus.
RbAnswer:
RbD
RbSection:
Rb1.1
Bloom's RbTaxonomy:
RbRemembering RbLearning
RbOutcome: Rb1.4
3) The Rbterm Rbused Rbto Rbdescribe Rba Rbdisease-causing Rbmicroorganism Rbis
A) microbe.
B) bacterium.
C) virus.
D) pathogen.
E) infection.
RbAnswer:
4
.
,RbD
RbSection:
Rb1.1
Bloom's RbTaxonomy:
RbRemembering RbLearning
RbOutcome: Rb1.1
4) Common Rbcommercial Rbbenefits Rbof Rbmicroorganisms Rbinclude Rbsynthesis Rbof
A) riboflavin.
B) acetone.
C) insulin.
D) aspirin.
E) riboflavin, Rbacetone Rband
Rbinsulin. RbAnswer: RbE
Section: Rb1.1
Bloom's RbTaxonomy:
RbRemembering RbASMcue
RbOutcome: Rb6.3
Learning RbOutcome: R b 1.1
5) What Rbfactors Rbcontribute Rbto Rbthe Rbrising Rbincidence RbofRbantibiotic Rbresistance?
A) overuse Rbof Rbthe Rbspecific Rbdrugs
B) misuse Rbof Rbthe Rbspecific Rbdrugs
C) random Rbmutations Rbin Rbbacterial Rbgenomes
D) random Rbmutations, Rboveruse Rband Rbmisuse Rbof Rbspecific Rbdrugs
E) overuse Rband Rbmisuse Rbof Rbspecific
Rbdrugs RbAnswer: RbD
Section: Rb1.5
Bloom's RbTaxonomy:
RbUnderstanding RbASMcue
RbOutcome: Rb4.1
Learning RbOutcome: R b 1.19
Global RbOutcome: R b 5
6) The Rbformal Rbsystem Rbfor Rbclassifying Rband Rbnaming Rborganisms Rbwas Rbdeveloped Rbby
A) Robert RbKoch.
B) Ignaz RbSemmelweis.
C) Aristotle.
D) Carolus RbLinnaeus.
E) Louis
RbPasteur.
RbAnswer: RbD
RbSection: Rb1.2
Bloom's RbTaxonomy:
5
.
, Remembering RbLearning
Rb
Outcome: Rb1.3
Rb
7) In Rbthe Rbname RbStaphylococcus Rbaureus, Rbaureus Rbis Rbthe
A) genus.
B) domain Rbname.
C) species.
D) kingdom.
E) family
Rbname.
RbAnswer: RbC
RbSection: Rb1.2
Bloom's RbTaxonomy:
RbUnderstanding RbLearning
RbOutcome: Rb1.3
2
.
8) ARbprokaryotic Rbcell Rbmay Rbpossess Rbeach Rbof Rbthe Rbfollowing Rbcellular Rbcomponents RbEXCEPT
A) flagella.
B) a Rbnucleus.
C) ribosomes.
D) a Rbcell Rbwall.
E) a Rbcell
Rbmembrane.
RbAnswer: R b B
R b Section: Rb1.2
Bloom's RbTaxonomy:
RbRemembering RbASMcue
RbOutcome: Rb2.1
Learning RbOutcome: R b 1.4
9) Which Rbof Rbthe Rbfollowing Rbis RbNOT Rbassociated Rbwith Rbviruses?
A) organelles
B) nucleic Rbacid
C) envelope
D) chemical Rbreactions
E) protein
Rbcoat
RbAnswer: RbA
RbSection: Rb1.2
Bloom's RbTaxonomy:
6
.
.
,Microbiology: An Introduction, 14e (Tortora et al.)
Rb Rb Rb Rb Rb Rb
Chapter Rb1 R b Rb The RbMicrobial RbWorld Rband RbYou
1.1 Multiple-Choice RbQuestions
1) Microorganisms Rbare Rbinvolved Rbin Rbeach Rbof Rbthe Rbfollowing Rbprocesses RbEXCEPT
A) infection.
B) decomposition Rbof Rborganic Rbmaterial.
C) O2 Rbproduction.
D) food R b production.
E) smog
Rbproduction.
RbAnswer: RbE
Section: Rb1.1
Bloom's RbTaxonomy:
RbRemembering RbLearning
RbOutcome: Rb1.1
Global RbOutcome: R b 5
2) Each Rbof Rbthe Rbfollowing Rborganisms Rbwould Rbbe Rbconsidered Rba Rbmicrobe RbEXCEPT
A) yeast.
B) protozoan.
C) bacterium.
D) mushroom.
E) virus.
RbAnswer:
RbD
RbSection:
Rb1.1
Bloom's RbTaxonomy:
RbRemembering RbLearning
RbOutcome: Rb1.4
3) The Rbterm Rbused Rbto Rbdescribe Rba Rbdisease-causing Rbmicroorganism Rbis
A) microbe.
B) bacterium.
C) virus.
D) pathogen.
E) infection.
RbAnswer:
4
.
,RbD
RbSection:
Rb1.1
Bloom's RbTaxonomy:
RbRemembering RbLearning
RbOutcome: Rb1.1
4) Common Rbcommercial Rbbenefits Rbof Rbmicroorganisms Rbinclude Rbsynthesis Rbof
A) riboflavin.
B) acetone.
C) insulin.
D) aspirin.
E) riboflavin, Rbacetone Rband
Rbinsulin. RbAnswer: RbE
Section: Rb1.1
Bloom's RbTaxonomy:
RbRemembering RbASMcue
RbOutcome: Rb6.3
Learning RbOutcome: R b 1.1
5) What Rbfactors Rbcontribute Rbto Rbthe Rbrising Rbincidence RbofRbantibiotic Rbresistance?
A) overuse Rbof Rbthe Rbspecific Rbdrugs
B) misuse Rbof Rbthe Rbspecific Rbdrugs
C) random Rbmutations Rbin Rbbacterial Rbgenomes
D) random Rbmutations, Rboveruse Rband Rbmisuse Rbof Rbspecific Rbdrugs
E) overuse Rband Rbmisuse Rbof Rbspecific
Rbdrugs RbAnswer: RbD
Section: Rb1.5
Bloom's RbTaxonomy:
RbUnderstanding RbASMcue
RbOutcome: Rb4.1
Learning RbOutcome: R b 1.19
Global RbOutcome: R b 5
6) The Rbformal Rbsystem Rbfor Rbclassifying Rband Rbnaming Rborganisms Rbwas Rbdeveloped Rbby
A) Robert RbKoch.
B) Ignaz RbSemmelweis.
C) Aristotle.
D) Carolus RbLinnaeus.
E) Louis
RbPasteur.
RbAnswer: RbD
RbSection: Rb1.2
Bloom's RbTaxonomy:
5
.
, Remembering RbLearning
Rb
Outcome: Rb1.3
Rb
7) In Rbthe Rbname RbStaphylococcus Rbaureus, Rbaureus Rbis Rbthe
A) genus.
B) domain Rbname.
C) species.
D) kingdom.
E) family
Rbname.
RbAnswer: RbC
RbSection: Rb1.2
Bloom's RbTaxonomy:
RbUnderstanding RbLearning
RbOutcome: Rb1.3
2
.
8) ARbprokaryotic Rbcell Rbmay Rbpossess Rbeach Rbof Rbthe Rbfollowing Rbcellular Rbcomponents RbEXCEPT
A) flagella.
B) a Rbnucleus.
C) ribosomes.
D) a Rbcell Rbwall.
E) a Rbcell
Rbmembrane.
RbAnswer: R b B
R b Section: Rb1.2
Bloom's RbTaxonomy:
RbRemembering RbASMcue
RbOutcome: Rb2.1
Learning RbOutcome: R b 1.4
9) Which Rbof Rbthe Rbfollowing Rbis RbNOT Rbassociated Rbwith Rbviruses?
A) organelles
B) nucleic Rbacid
C) envelope
D) chemical Rbreactions
E) protein
Rbcoat
RbAnswer: RbA
RbSection: Rb1.2
Bloom's RbTaxonomy:
6
.
