Clinical Chemistry: Principles, Techniques, and Correlations NinthEdition Test bank,

TEST BANK L




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




MichaelLL.LBishop,LEdwardLP.LFody,LCarleenLVanLSiclenL&LJamesLMarchLMistler
9TH Edition
L




TESTBANK L

,ClinicalLChemistry:LPrinciples,LTechniques,LandLCorrelations,LNinthLEdition
TestLbank

ImportLSettings:
BaseLSettings:LBrownstoneLDefault
LInformationLField:LComplexityLInfo

rmationLField:LAheadLInformationL
Field:LSubjectLInformationLField:LTi
tle
HighestLAnswerLLetter:LD
MultipleLKeywordsLinLSameLParagraph:LNo
NASLISBN13:L9781284238884,LaddLtoLAhead,LTitleLtags



Chapter:LChapterL01L–LTestLBank



MultipleLChoice



1. OneLnanogramLisLequivalentLtoLhowLmanyLgrams?
A) 10-6
B) 10-9
C) 10-12
D) 10-15
Ans:LBLComplexit
y:LRL2
Ahead:LUnitsLofLMeasureLS
ubject:LChapterL1
Title:LBasicLPrinciplesLandLPracticesLofLClinicalLChemistry



2. HowLmanyLmillilitersLofL0.5NLNaOHLareLrequiredLtoLmakeL100LmillilitersLofL0.2NLNaOH?
A) 250
B) 40
C) 25
D) 4
Ans:LBLComplexit
y:LRL2
Ahead:LLaboratoryLMathematicsLandLCalculations
LSubject:LChapterL1

Title:LBasicLPrinciplesLandLPracticesLofLClinicalLChemistry



3. ALpatientLsampleLforLuricLacidLgaveLanLabsorbanceLreadingLofL0.4,LandLtheL50Lmg/dLLstandardLgaveLan
LabsorbanceLreadingLofL0.1.LWhatLisLtheLconcentrationLofLuricLacidLinLtheLpatient'sLsampleLinLgramsLperLd

eciliter?
A) 0.2
B) 12.5
C) 125
D) 200
Ans:LDLComplexit
y:LRL2
Ahead:LLaboratoryLMathematicsLandLCalculations




©LJonesL&LBartlettLLearning,LLLC,LanLAscendLLearningLCompan 1-1
y

,ClinicalLChemistry:LPrinciples,LTechniques,LandLCorrelations,LNinthLEdition
TestLbank

Subject:LChapterL1
Title:LBasicLPrinciplesLandLPracticesLofLClinicalLChemistry



4. HowLmanyLmillimolesLofLNaClLareLcontainedLinL300LmLLofLaL4MLsolution?L(gmwL=L58.5)
A) 70
B) 120
C) 234
D) 1200
Ans:LDLComplexit
y:LRL2
Ahead:LLaboratoryLMathematicsLandLCalculations
LSubject:LChapterL1

Title:LBasicLPrinciplesLandLPracticesLofLClinicalLChemistry



5. HowLisL10Lmg/dLLofLcalciumLreportedLinLmmol/L?L(gmwL=L40)
A) 2.5
B) 5.0
C) 10
D) 25
Ans:LALComplexit
y:LRL2
Ahead:LLaboratoryLMathematicsLandLCalculations
LSubject:LChapterL1

Title:LBasicLPrinciplesLandLPracticesLofLClinicalLChemistry



6. HowLmanyLmillilitersLofLconcentratedLsulfuricLacidL(H2S04),LG.M.W.L=L98Lgrams,LspecificLgravityL=L1.500,
LpurityL=L80%,LareLneededLtoLmakeL400LmLLofLaL2NLsolution?

A) 26.1
B) 32.7
C) 52.3
D) 65.3
Ans:LBLComplexit
y:LRL2
Ahead:LLaboratoryLMathematicsLandLCalculations
LSubject:LChapterL1

Title:LBasicLPrinciplesLandLPracticesLofLClinicalLChemistry



7. HowLmanyLgramsLofLhydratedLMgSO4L L5LH20L(M.W.:LMgSO4L =L119,LH20L=L18)LareLrequiredLtoLmakeL
aL10%LsolutionLofLMgS04?
A) 5.7Lg/dL
B) 11.9Lg/dL
C) 17.6Lg/dL
D) 20.9Lg/dLLAn
s:LCLComplexity:
LRL2

Ahead:LLaboratoryLMathematicsLandLCalculations
LSubject:LChapterL1

Title:LBasicLPrinciplesLandLPracticesLofLClinicalLChemistry




©LJonesL&LBartlettLLearning,LLLC,LanLAscendLLearningLCompan 1-2
y

, ClinicalLChemistry:LPrinciples,LTechniques,LandLCorrelations,LNinthLEdition
TestLbank




8. WhatLisLtheLmolarityL(M)LofLaL4%LsolutionLofLsodiumLhydroxideL(NaOH)?LM.W:LNaL=L23,LOL=L16,LHL=L1.
A) 0.1M
B) 0.25M
C) 1.0M
D) 2.5M
Ans:LCLComplexit
y:LRL2
Ahead:LLaboratoryLMathematicsLandLCalculations
LSubject:LChapterL1

Title:LBasicLPrinciplesLandLPracticesLofLClinicalLChemistry



9. 3Lmg/dLLisLequivalentLtoLhowLmanyLgramsLperLliter?
A) 0.003
B) 0.03
C) 0.3
D) 3
Ans:LBLComplexit
y:LRL2
Ahead:LUnitsLofLMeasureLS
ubject:LChapterL1
Title:LBasicLPrinciplesLandLPracticesLofLClinicalLChemistry



10. WhatLisLtheLnormalityLofLaLsolutionLcontainingL4.5LgramsLofLBaCl2LinL400LmL?L(gmwL=L208)
A) 1.10
B) 0.50
C) 0.25
D) 0.11
Ans:LDLComplexit
y:LRL2
Ahead:LLaboratoryLMathematicsLandLCalculations
LSubject:LChapterL1

Title:LBasicLPrinciplesLandLPracticesLofLClinicalLChemistry



11. WhatLareLtheLoptimalLconditionsLforLspecimenLtransport,Lhandling,LandLstorageLofLspecimensLfor
Lclinical LchemistryLtesting?

A) SpecimenLtransportedLtoLlabLwithinL2LhoursLafterLcollection,LstoredLatLroomLtemperature,Land
LcentrifugedLwithinL4Lhours.

B) SpecimenLtransportedLtoLlabLimmediately,LpermittedLtoLclot,LserumLseparatedLandLtestedLasLsoonLas
Lpossible.

C) SpecimenLbroughtLtoLlabLimmediately,LspunLdown,LandLserumLleftLtoLstandLonLclotLuntilLtested.
D) NoneLofLtheseLrepresentLoptimalLconditions.
LAns:LB

Complexity:LRL1
Ahead:LSpecimenLCollectionLandLHandling
LSubject:LChapterL1

Title:LBasicLPrinciplesLandLPracticesLofLClinicalLChemistry




©LJonesL&LBartlettLLearning,LLLC,LanLAscendLLearningLCompan 1-3
y