Test Bank for Clinical Chemistry: Principles, Techniques, and Correlations 9th Edition by Michael L. Bishop, Edward P. Fody, Carleen Van Siclen and James March Mistler isbn-9781284238860 Complete Verified Guide

TESTBANK i




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




Michael iL. iBishop, iEdward iP. iFody, iCarleen iVan iSiclen i& iJames iMarch iMistler

9THEdition
i




TESTBANK i

,Clinical iChemistry: iPrinciples, iTechniques, iand iCorrelations, iNinth
iEdition

Test ibank
Import iSettings:
Base iSettings: iBrownstone
iDefaultiInformation iField:

iComplexity iInformation iField:

iAhead iInformation iField: iSubject

iInformation iField: iTitle

Highest iAnswer iLetter: iD
Multiple iKeywords iin iSame iParagraph: iNo
NAS iISBN13: i9781284238884, iadd ito iAhead, iTitle itags



Chapter: iChapter i01 i– iTest iBank



Multiple iChoice



1. One inanogram iis iequivalent ito ihow imany
-6
igrams?iA) i10
-9
B) i10
C) i10-12
D) i10-15
Ans: iB
iComplexity: iRL2

Ahead: iUnits iof
iMeasureiSubject:

iChapter i1

Title: iBasic iPrinciples iand iPractices iof iClinical iChemistry



2. How imany imilliliters iof i0.5N iNaOH iare irequired ito imake i100 imilliliters iof i0.2N
iNaOH?iA) i250

B) 40
C) 25
D) 4
iAns:

iB

Complexity: iRL2
Ahead: iLaboratory iMathematics iand
iCalculationsiSubject: iChapter i1

Title: iBasic iPrinciples iand iPractices iof iClinical iChemistry



3. A ipatient isample ifor iuric iacid igave ian iabsorbance ireading iof i0.4, iand ithe i50 img/dL istandard igave
ianiabsorbance ireading iof i0.1. iWhat iis ithe iconcentration iof iuric iacid iin ithe ipatient's isample iin igrams

iper ideciliter?

A) i0.2
B) i12.5
C) i125
D) i200
Ans: iD
iComplexity: iRL2

Ahead: iLaboratory iMathematics iand iCalculations


© iJones i& iBartlett iLearning, iLLC, ian iAscend iLearning 1-1
iCompany

,Clinical iChemistry: iPrinciples, iTechniques, iand iCorrelations, iNinth
iEdition

Test ibank
Subject: iChapter i1
Title: iBasic iPrinciples iand iPractices iof iClinical iChemistry



4. How imany imillimoles iof iNaCl iare icontained iin i300 imL iof ia i4M isolution? i(gmw i= i58.5)
A) i70
B) i120
C) i234
D) i1200
Ans: iD
iComplexity: iRL2

Ahead: iLaboratory iMathematics iand
iCalculationsiSubject: iChapter i1

Title: iBasic iPrinciples iand iPractices iof iClinical iChemistry



5. How iis i10 img/dL iof icalcium ireported iin immol/L? i(gmw i=
i40)iA) i2.5

B) i5.0
C) 10
D) 25
iAns:

iA

Complexity: iRL2
Ahead: iLaboratory iMathematics iand
iCalculationsiSubject: iChapter i1

Title: iBasic iPrinciples iand iPractices iof iClinical iChemistry



6. How imany imilliliters iof iconcentrated isulfuric iacid i(H2S04), iG.M.W. i= i98 igrams, ispecific igravity i=
i1.500,ipurity i= i80%, iare ineeded ito imake i400 imL iof ia i2N isolution?

A) i26.1
B) i32.7
C) i52.3
D) i65.3
Ans: iB
iComplexity: iRL2

Ahead: iLaboratory iMathematics iand
iCalculationsiSubject: iChapter i1

Title: iBasic iPrinciples iand iPractices iof iClinical iChemistry



7. How imany igrams iof ihydrated iMgSO4 i i5 iH20 i(M.W.: iMgSO4 i= i119, iH20 i= i18) iare irequired ito
imake iai10% isolution iof iMgS04?

A) 5.7 ig/dL
B) 11.9 ig/dL
C) 17.6 ig/dL
D) 20.9 ig/dL
iAns: iC

iComplexity:

iRL2

Ahead: iLaboratory iMathematics iand
iCalculationsiSubject: iChapter i1

Title: iBasic iPrinciples iand iPractices iof iClinical iChemistry


© iJones i& iBartlett iLearning, iLLC, ian iAscend iLearning 1-2
iCompany

, Clinical iChemistry: iPrinciples, iTechniques, iand iCorrelations, iNinth
iEdition

Test ibank



8. What iis ithe imolarity i(M) iof ia i4% isolution iof isodium ihydroxide i(NaOH)? iM.W: iNa i= i23, iO i= i16, iH i=
i1.

A) i0.1M
B) i0.25M
C) 1.0M
D) 2.5M
iAns: iC

Complexity: iRL2
Ahead: iLaboratory iMathematics iand
iCalculationsiSubject: iChapter i1

Title: iBasic iPrinciples iand iPractices iof iClinical iChemistry



9. 3 img/dL iis iequivalent ito ihow imany igrams iper
iliter?iA) i0.003

B) i0.03
C) i0.3
D) i3
iAns: iB

Complexity: iRL2
Ahead: iUnits iof
iMeasureiSubject:

iChapter i1

Title: iBasic iPrinciples iand iPractices iof iClinical iChemistry



10. What iis ithe inormality iof ia isolution icontaining i4.5 igrams iof iBaCl2 iin i400 imL? i(gmw i=
i208)iA) i1.10

B) i0.50
C) i0.25
D) i0.11
Ans: iD
iComplexity: iRL2

Ahead: iLaboratory iMathematics iand
iCalculationsiSubject: iChapter i1

Title: iBasic iPrinciples iand iPractices iof iClinical iChemistry



11. What iare ithe ioptimal iconditions ifor ispecimen itransport, ihandling, iand istorage iof ispecimens
iforiclinical ichemistry itesting?

A) Specimen itransported ito ilab iwithin i2 ihours iafter icollection, istored iat iroom itemperature,
iandicentrifuged iwithin i4 ihours.

B) Specimen itransported ito ilab iimmediately, ipermitted ito iclot, iserum iseparated iand itested ias isoon
iasipossible.

C) Specimen ibrought ito ilab iimmediately, ispun idown, iand iserum ileft ito istand ion iclot iuntil itested.
D) None iof ithese irepresent ioptimal
iconditions.iAns: iB

Complexity: iRL1
Ahead: iSpecimen iCollection iand iHandling
iSubject: iChapter i1

Title: iBasic iPrinciples iand iPractices iof iClinical iChemistry



© iJones i& iBartlett iLearning, iLLC, ian iAscend iLearning 1-3
iCompany