Test Bank For Clinical Chemistry Principles, Techniques, and Correlations, Ninth Edition By Bishop Fody Questions And Answers [Chapter 1-31] Complete Updated 2024 Edition

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Solution

Test Bank Clinical Chemistry Principles, Techniques, and
Correlations 9th Edition by Bishop Fody Questions &
Answers with rationales (Chapter 1-31) A+

Chapter: Chapter 01 – Test Bank


Multiple ggChoice


1. One ggnanogram ggis ggequivalent ggto gghow
ggmany gggrams?

A) 10-6
B) 10-9
C) 10-12
D) 10-15
Ans: ggB ggComplexity: ggRL2
Ahead: ggUnits ggof ggMeasure ggSubject: ggChapter gg1
Title: ggBasic ggPrinciples ggand ggPractices ggof ggClinical ggChemistry




2. How ggmany ggmilliliters ggof gg0.5N ggNaOH ggare ggrequired ggto ggmake gg100 ggmilliliters
ggof gg0.2N ggNaOH?

A) 250
B) 40
C) 25
D) 4
Ans: ggB ggComplexity: ggRL2
Ahead: ggLaboratory ggMathematics ggand ggCalculations ggSubject:
ggChapter gg1 ggTitle: ggBasic ggPrinciples ggand ggPractices ggof ggClinical

ggChemistry




A+ Page gg1

,Created ggBy: ggA
Solution
3. A ggpatient ggsample ggfor gguric ggacid gggave ggan ggabsorbance ggreading ggof gg0.4, ggand
ggthe gg50 ggmg/dL ggstandard gggave ggan ggabsorbance ggreading ggof gg0.1. ggWhat ggis ggthe

ggconcentration ggof gguric ggacid ggin ggthe ggpatient's ggsample ggin gggrams ggper ggdeciliter?

A) 0.2
B) 12.5
C) 125
D) 200
Ans: ggD ggComplexity: ggRL2
Ahead: ggLaboratory ggMathematics ggand ggCalculations


Subject: ggChapter gg1
Title: ggBasic ggPrinciples ggand ggPractices ggof ggClinical ggChemistry




4. How ggmany ggmillimoles ggof ggNaCl ggare ggcontained ggin gg300 ggmL ggof gga gg4M
ggsolution? gg(gmw gg= gg58.5)

A) 70
B) 120
C) 234
D) 1200
Ans: ggD ggComplexity: ggRL2
Ahead: ggLaboratory ggMathematics ggand ggCalculations ggSubject:
ggChapter gg1 ggTitle: ggBasic ggPrinciples ggand ggPractices ggof ggClinical

ggChemistry




5. How ggis gg10 ggmg/dL ggof ggcalcium ggreported ggin ggmmol/L?
gg(gmw gg= gg40)

A) 2.5
B) 5.0


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,Created ggBy: ggA
Solution
C) 10
D) 25




A+ Page gg3

, Created ggBy: ggA
Solution
Ans: ggA ggComplexity: ggRL2
Ahead: ggLaboratory ggMathematics ggand ggCalculations ggSubject:
ggChapter gg1 ggTitle: ggBasic ggPrinciples ggand ggPractices ggof ggClinical

ggChemistry




6. How ggmany ggmilliliters ggof ggconcentrated ggsulfuric ggacid gg(H2S04), ggG.M.W.
gg= gg98 gggrams, ggspecific gggravity gg= gg1.500, ggpurity gg= gg80%, ggare ggneeded ggto

ggmake gg400 ggmL ggof gga gg2N ggsolution?

A) 26.1
B) 32.7
C) 52.3
D) 65.3
Ans: ggB ggComplexity: ggRL2
Ahead: ggLaboratory ggMathematics ggand ggCalculations ggSubject:
ggChapter gg1 ggTitle: ggBasic ggPrinciples ggand ggPractices ggof ggClinical

ggChemistry




7. How ggmany gg
ggrequired ggto

ggmake gga gg10% ggsolution ggof ggMgS04?

A) 5.7 ggg/dL
B) 11.9 ggg/dL
C) 17.6 ggg/dL
D) 20.9 ggg/dL ggAns: ggC ggComplexity: ggRL2
Ahead: ggLaboratory ggMathematics ggand ggCalculations ggSubject:
ggChapter gg1 ggTitle: ggBasic ggPrinciples ggand ggPractices ggof ggClinical

ggChemistry




A+ Page gg4