Clinical ilChemistry: ilPrinciples, ilTechniques, iland ilCorrelations, ilNinth
ilEdition
Test ilbank
Import ilSettings:
© ilJones il& ilBartlett ilLearning, ilLLC, ilan ilAscend ilLearning 1-1
ilCompany
,Clinical ilChemistry: ilPrinciples, ilTechniques, iland ilCorrelations, ilNinth
ilEdition
Test ilbank
Base ilSettings: ilBrownstone
ilDefaultiIl nformation ilField:
ilComplexity ilInformation ilField:
ilAhead ilInformation ilField:
ilSubject ilInformation ilField: ilTitle
Highest ilAnswer ilLetter: ilD
Multiple ilKeywords ilin ilSame ilParagraph: ilNo
NAS ilISBN13: il9781284238884, iladd ilto ilAhead, ilTitle iltags
Chapter: ilChapter il01 il– ilTest ilBank
Multiple ilChoice
1. One ilnanogram ilis ilequivalent ilto ilhow ilmany
-6
ilgrams?iA l ) il10
-9
B) il10
-12
C) il10
-15
D) il10
Ans: ilB
ilComplexity:
ilRL2
Ahead: ilUnits ilof
ilMeasureiS l ubject:
ilChapter il1
Title: ilBasic ilPrinciples iland ilPractices ilof ilClinical ilChemistry
2. How ilmany ilmilliliters ilof il0.5N ilNaOH ilare ilrequired ilto ilmake il100 ilmilliliters ilof il0.2N
ilNaOH?ilA) il250
B) 40
C) 25
D) 4
ilAns:
ilB
Complexity: ilRL2
Ahead: ilLaboratory ilMathematics iland
ilCalculationsiS l ubject: ilChapter il1
Title: ilBasic ilPrinciples iland ilPractices ilof ilClinical ilChemistry
3. A ilpatient ilsample ilfor iluric ilacid ilgave ilan ilabsorbance ilreading ilof il0.4, iland ilthe il50 ilmg/dL
ilstandard ilgave ilana il bsorbance ilreading ilof il0.1. ilWhat ilis ilthe ilconcentration ilof iluric ilacid ilin ilthe
ilpatient's ilsample ilin ilgrams ilper ildeciliter?
A) il0.2
B) il12.5
C) il125
D) il200
Ans: ilD
ilComplexity:
ilRL2
Ahead: ilLaboratory ilMathematics iland ilCalculations
© ilJones il& ilBartlett ilLearning, ilLLC, ilan ilAscend ilLearning 1-2
ilCompany
,Clinical ilChemistry: ilPrinciples, ilTechniques, iland ilCorrelations, ilNinth
ilEdition
Test ilbank
Subject: ilChapter il1
Title: ilBasic ilPrinciples iland ilPractices ilof ilClinical ilChemistry
4. How ilmany ilmillimoles ilof ilNaCl ilare ilcontained ilin il300 ilmL ilof ila il4M ilsolution? il(gmw il= il58.5)
A) il70
B) il120
C) il234
D) il1200
Ans: ilD
ilComplexity:
ilRL2
Ahead: ilLaboratory ilMathematics iland
ilCalculationsiS l ubject: ilChapter il1
Title: ilBasic ilPrinciples iland ilPractices ilof ilClinical ilChemistry
5. How ilis il10 ilmg/dL ilof ilcalcium ilreported ilin ilmmol/L? il(gmw
il= il40)A
il ) il2.5
B) il5.0
C) 10
D) 25
ilAns:
ilA
Complexity: ilRL2
Ahead: ilLaboratory ilMathematics iland
ilCalculationsiS l ubject: ilChapter il1
Title: ilBasic ilPrinciples iland ilPractices ilof ilClinical ilChemistry
6. How ilmany ilmilliliters ilof ilconcentrated ilsulfuric ilacid il(H2S04), ilG.M.W. il= il98 ilgrams, ilspecific ilgravity
il= il1.500,p
il urity il= il80%, ilare ilneeded ilto ilmake il400 ilmL ilof ila il2N ilsolution?
A) il26.1
B) il32.7
C) il52.3
D) il65.3
Ans: ilB
ilComplexity:
ilRL2
Ahead: ilLaboratory ilMathematics iland
ilCalculationsiS l ubject: ilChapter il1
Title: ilBasic ilPrinciples iland ilPractices ilof ilClinical ilChemistry
7. How ilmany ilgrams ilof ilhydrated ilMgSO4 il il5 ilH20 il(M.W.: ilMgSO4 il= il119, ilH20 il= il18) ilare
ilrequired ilto ilmake ila1 il 0% ilsolution ilof ilMgS04?
A) 5.7 ilg/dL
B) 11.9 ilg/dL
C) 17.6 ilg/dL
D) 20.9 ilg/dL
ilAns: ilC
ilComplexity:
ilRL2
Ahead: ilLaboratory ilMathematics iland
ilCalculationsiS l ubject: ilChapter il1
Title: ilBasic ilPrinciples iland ilPractices ilof ilClinical ilChemistry
© ilJones il& ilBartlett ilLearning, ilLLC, ilan ilAscend ilLearning 1-3
ilCompany
, Clinical ilChemistry: ilPrinciples, ilTechniques, iland ilCorrelations, ilNinth
ilEdition
Test ilbank
8. What ilis ilthe ilmolarity il(M) ilof ila il4% ilsolution ilof ilsodium ilhydroxide il(NaOH)? ilM.W: ilNa il= il23, ilO il=
il16, ilH il= il1.
A) il0.1M
B) il0.25M
C) 1.0M
D) 2.5Mil
Ans: ilC
Complexity: ilRL2
Ahead: ilLaboratory ilMathematics iland
ilCalculationsiS l ubject: ilChapter il1
Title: ilBasic ilPrinciples iland ilPractices ilof ilClinical ilChemistry
9. 3 ilmg/dL ilis ilequivalent ilto ilhow ilmany ilgrams ilper
illiter?iA
l ) il0.003
B) il0.03
C) il0.3
D) il3
ilAns: ilB
Complexity: ilRL2
Ahead: ilUnits ilof
ilMeasureiS l ubject:
ilChapter il1
Title: ilBasic ilPrinciples iland ilPractices ilof ilClinical ilChemistry
10. What ilis ilthe ilnormality ilof ila ilsolution ilcontaining il4.5 ilgrams ilof ilBaCl2 ilin il400 ilmL?
il(gmw il= il208)A il ) il1.10
B) il0.50
C) il0.25
D) il0.11
Ans: ilD
ilComplexity:
ilRL2
Ahead: ilLaboratory ilMathematics iland
ilCalculationsiS l ubject: ilChapter il1
Title: ilBasic ilPrinciples iland ilPractices ilof ilClinical ilChemistry
11. What ilare ilthe iloptimal ilconditions ilfor ilspecimen iltransport, ilhandling, iland ilstorage ilof
ilspecimens ilforc il linical ilchemistry iltesting?
A) Specimen iltransported ilto illab ilwithin il2 ilhours ilafter ilcollection, ilstored ilat ilroom
iltemperature, ilandic l entrifuged ilwithin il4 ilhours.
B) Specimen iltransported ilto illab ilimmediately, ilpermitted ilto ilclot, ilserum ilseparated iland iltested ilas
ilsoon ilasip
l ossible.
C) Specimen ilbrought ilto illab ilimmediately, ilspun ildown, iland ilserum illeft ilto ilstand ilon ilclot iluntil iltested.
D) None ilof ilthese ilrepresent iloptimal
ilconditions.iAl ns: ilB
Complexity: ilRL1
Ahead: ilSpecimen ilCollection iland
ilHandlingiS l ubject: ilChapter il1
Title: ilBasic ilPrinciples iland ilPractices ilof ilClinical ilChemistry
© ilJones il& ilBartlett ilLearning, ilLLC, ilan ilAscend ilLearning 1-4
ilCompany
