Clinical vxChemistry: vxPrinciples, vxTechniques, vxand vxCorrelations,
vxNinth vxEdition
Test vxbank
Import vxSettings:
© vxJones vx& vxBartlett vxLearning, vxLLC, vxan vxAscend 1-1
vxLearning vxCompany
,Clinical vxChemistry: vxPrinciples, vxTechniques, vxand vxCorrelations,
vxNinth vxEdition
Test vxbank
Base vxSettings: vxBrownstone
vxDefaultvxInformation vxField:
vxComplexity vxInformation vxField:
vxAhead vxInformation vxField:
vxSubject vxInformation vxField:
vxTitle
Highest vxAnswer vxLetter: vxD
Multiple vxKeywords vxin vxSame vxParagraph: vxNo
NAS vxISBN13: vx9781284238884, vxadd vxto vxAhead, vxTitle vxtags
Chapter: vxChapter vx01 vx– vxTest vxBank
Multiple vxChoice
1. One vxnanogram vxis vxequivalent vxto vxhow
-6
vxmany vxgrams?vxA) vx10
-9
B) vx10
-12
C) vx10
-15
D) vx10
Ans: vxB
vxComplexity:
vxRL2
Ahead: vxUnits vxof
vxMeasurevxSubject:
vxChapter vx1
Title: vxBasic vxPrinciples vxand vxPractices vxof vxClinical vxChemistry
2. How vxmany vxmilliliters vxof vx0.5N vxNaOH vxare vxrequired vxto vxmake vx100
vxmilliliters vxof vx0.2N vxNaOH?vxA) vx250
B) 40
C) 25
D) 4
vxAns:
vxB
Complexity: vxRL2
Ahead: vxLaboratory vxMathematics vxand
vxCalculationsvxSubject: vxChapter vx1
Title: vxBasic vxPrinciples vxand vxPractices vxof vxClinical vxChemistry
3. A vxpatient vxsample vxfor vxuric vxacid vxgave vxan vxabsorbance vxreading vxof vx0.4, vxand vxthe vx50
vxmg/dL vxstandard vxgave vxanvxabsorbance vxreading vxof vx0.1. vxWhat vxis vxthe vxconcentration vxof
vxuric vxacid vxin vxthe vxpatient's vxsample vxin vxgrams vxper vxdeciliter?
A) vx0.2
B) vx12.5
C) vx125
D) vx200
Ans: vxD
vxComplexity:
vxRL2
Ahead: vxLaboratory vxMathematics vxand vxCalculations
© vxJones vx& vxBartlett vxLearning, vxLLC, vxan vxAscend 1-2
vxLearning vxCompany
,Clinical vxChemistry: vxPrinciples, vxTechniques, vxand vxCorrelations,
vxNinth vxEdition
Test vxbank
Subject: vxChapter vx1
Title: vxBasic vxPrinciples vxand vxPractices vxof vxClinical vxChemistry
4. How vxmany vxmillimoles vxof vxNaCl vxare vxcontained vxin vx300 vxmL vxof vxa vx4M vxsolution? vx(gmw vx=
vx58.5)
A) vx70
B) vx120
C) vx234
D) vx1200
Ans: vxD
vxComplexity:
vxRL2
Ahead: vxLaboratory vxMathematics vxand
vxCalculationsvxSubject: vxChapter vx1
Title: vxBasic vxPrinciples vxand vxPractices vxof vxClinical vxChemistry
5. How vxis vx10 vxmg/dL vxof vxcalcium vxreported vxin
vxmmol/L? vx(gmw vx= vx40)vxA) vx2.5
B) vx5.0
C) 10
D) 25
vxAns:
vxA
Complexity: vxRL2
Ahead: vxLaboratory vxMathematics vxand
vxCalculationsvxSubject: vxChapter vx1
Title: vxBasic vxPrinciples vxand vxPractices vxof vxClinical vxChemistry
6. How vxmany vxmilliliters vxof vxconcentrated vxsulfuric vxacid vx(H2S04), vxG.M.W. vx= vx98 vxgrams,
vxspecific vxgravity vx= vx1.500,vxpurity vx= vx80%, vxare vxneeded vxto vxmake vx400 vxmL vxof vxa vx2N
vxsolution?
A) vx26.1
B) vx32.7
C) vx52.3
D) vx65.3
Ans: vxB
vxComplexity:
vxRL2
Ahead: vxLaboratory vxMathematics vxand
vxCalculationsvxSubject: vxChapter vx1
Title: vxBasic vxPrinciples vxand vxPractices vxof vxClinical vxChemistry
7. How vxmany vxgrams vxof vxhydrated vxMgSO4 vx vx5 vxH20 vx(M.W.: vxMgSO4 vx= vx119, vxH20 vx=
vx18) vxare vxrequired vxto vxmake vxavx10% vxsolution vxof vxMgS04?
A) 5.7 vxg/dL
B) 11.9 vxg/dL
C) 17.6 vxg/dL
D) 20.9 vxg/dL
vxAns: vxC
vxComplexity:
vxRL2
Ahead: vxLaboratory vxMathematics vxand
© vxJones vx& vxBartlett vxLearning, vxLLC, vxan vxAscend 1-3
vxLearning vxCompany
, Clinical vxChemistry: vxPrinciples, vxTechniques, vxand vxCorrelations,
vxNinth vxEdition
Test vxbank
vxCalculationsvxSubject: vxChapter vx1
Title: vxBasic vxPrinciples vxand vxPractices vxof vxClinical vxChemistry
© vxJones vx& vxBartlett vxLearning, vxLLC, vxan vxAscend 1-4
vxLearning vxCompany
