clinical_chemistry_ninth_edition_test_bank.pdf – COMPREHENSIVE Q&A ALL TOPICS COVERED ⚕️

TEST BANK =




Clinical Chemistry: Principles, Techniques, and Correlations
= = = = =




Michael=L.=Bishop,=Edward=P.=Fody,=Carleen=Van=Siclen=&=James=March=Mistler
9TH Edition
=




TESTBANK =

,Clinical=Chemistry:=Principles,=Techniques,=and=Correlations,=Ninth=Editio
n
Test=bank
Import=Settings:
Base=Settings:=Brownstone=Default=
Information=Field:=Complexity=Infor
mation=Field:=Ahead=Information=Fi
eld:=Subject=Information=Field:=Title
Highest=Answer=Letter:=D
Multiple=Keywords=in=Same=Paragraph:=No
NAS=ISBN13:=9781284238884,=add=to=Ahead,=Title=tags



Chapter:=Chapter=01=–=Test=Bank



Multiple=Choice



1. One=nanogram=is=equivalent=to=how=many=grams?
A) 10-6
B) 10-9
C) 10-12
D) 10-15
Ans:=B=Comple
xity:=RL2
Ahead:=Units=of=Measure=S
ubject:=Chapter=1
Title:=Basic=Principles=and=Practices=of=Clinical=Chemistry



2. How=many=milliliters=of=0.5N=NaOH=are=required=to=make=100=milliliters=of=0.2N=NaOH?
A) 250
B) 40
C) 25
D) 4
Ans:=B=Comple
xity:=RL2
Ahead:=Laboratory=Mathematics=and=Calculations=
Subject:=Chapter=1
Title:=Basic=Principles=and=Practices=of=Clinical=Chemistry



3. A=patient=sample=for=uric=acid=gave=an=absorbance=reading=of=0.4,=and=the=50=mg/dL=standard=gave=a
n=absorbance=reading=of=0.1.=What=is=the=concentration=of=uric=acid=in=the=patient's=sample=in=grams=per=
deciliter?
A) 0.2
B) 12.5
C) 125
D) 200
Ans:=D=Compl
exity:=RL2
Ahead:=Laboratory=Mathematics=and=Calculations




©=Jones=&=Bartlett=Learning,=LLC,=an=Ascend=Learning=Compan 1-1
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,Clinical=Chemistry:=Principles,=Techniques,=and=Correlations,=Ninth=Editio
n
Test=bank
Subject:=Chapter=1
Title:=Basic=Principles=and=Practices=of=Clinical=Chemistry



4. How=many=millimoles=of=NaCl=are=contained=in=300=mL=of=a=4M=solution?=(gmw===58.5)
A) 70
B) 120
C) 234
D) 1200
Ans:=D=Compl
exity:=RL2
Ahead:=Laboratory=Mathematics=and=Calculations=
Subject:=Chapter=1
Title:=Basic=Principles=and=Practices=of=Clinical=Chemistry



5. How=is=10=mg/dL=of=calcium=reported=in=mmol/L?=(gmw===40)
A) 2.5
B) 5.0
C) 10
D) 25
Ans:=A=Comple
xity:=RL2
Ahead:=Laboratory=Mathematics=and=Calculations=
Subject:=Chapter=1
Title:=Basic=Principles=and=Practices=of=Clinical=Chemistry



6. How=many=milliliters=of=concentrated=sulfuric=acid=(H2S04),=G.M.W.===98=grams,=specific=gravity===1.500,
=purity===80%,=are=needed=to=make=400=mL=of=a=2N=solution?

A) 26.1
B) 32.7
C) 52.3
D) 65.3
Ans:=B=Comple
xity:=RL2
Ahead:=Laboratory=Mathematics=and=Calculations=
Subject:=Chapter=1
Title:=Basic=Principles=and=Practices=of=Clinical=Chemistry



7. How=many=grams=of=hydrated=MgSO4= =5=H20=(M.W.:=MgSO4= ==119,=H20===18)=are=required=to=make=
a=10%=solution=of=MgS04?
A) 5.7=g/dL
B) 11.9=g/dL
C) 17.6=g/dL
D) 20.9=g/dL=A
ns:=C=Complexi
ty:=RL2
Ahead:=Laboratory=Mathematics=and=Calculations=
Subject:=Chapter=1
Title:=Basic=Principles=and=Practices=of=Clinical=Chemistry



©=Jones=&=Bartlett=Learning,=LLC,=an=Ascend=Learning=Compan 1-2
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, Clinical=Chemistry:=Principles,=Techniques,=and=Correlations,=Ninth=Editio
n
Test=bank



8. What=is=the=molarity=(M)=of=a=4%=solution=of=sodium=hydroxide=(NaOH)?=M.W:=Na===23,=O===16,=H===1.
A) 0.1M
B) 0.25M
C) 1.0M
D) 2.5M
Ans:=C=Compl
exity:=RL2
Ahead:=Laboratory=Mathematics=and=Calculations=
Subject:=Chapter=1
Title:=Basic=Principles=and=Practices=of=Clinical=Chemistry



9. 3=mg/dL=is=equivalent=to=how=many=grams=per=liter?
A) 0.003
B) 0.03
C) 0.3
D) 3
Ans:=B=Comple
xity:=RL2
Ahead:=Units=of=Measure=S
ubject:=Chapter=1
Title:=Basic=Principles=and=Practices=of=Clinical=Chemistry



10. What=is=the=normality=of=a=solution=containing=4.5=grams=of=BaCl2=in=400=mL?=(gmw===208)
A) 1.10
B) 0.50
C) 0.25
D) 0.11
Ans:=D=Compl
exity:=RL2
Ahead:=Laboratory=Mathematics=and=Calculations=
Subject:=Chapter=1
Title:=Basic=Principles=and=Practices=of=Clinical=Chemistry



11. What=are=the=optimal=conditions=for=specimen=transport,=handling,=and=storage=of=specimens=for
=clinical=chemistry=testing?

A) Specimen=transported=to=lab=within=2=hours=after=collection,=stored=at=room=temperature,=and
=centrifuged=within=4=hours.

B) Specimen=transported=to=lab=immediately,=permitted=to=clot,=serum=separated=and=tested=as=soon=as
=possible.

C) Specimen=brought=to=lab=immediately,=spun=down,=and=serum=left=to=stand=on=clot=until=tested.
D) None=of=these=represent=optimal=conditions.
=Ans:=B

Complexity:=RL1
Ahead:=Specimen=Collection=and=Handling=Subjec
t:=Chapter=1
Title:=Basic=Principles=and=Practices=of=Clinical=Chemistry




©=Jones=&=Bartlett=Learning,=LLC,=an=Ascend=Learning=Compan 1-3

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