TESTBANK |
Clinical Chemistry: Principles, Techniques, and Correlations
| | | | |
Michael |L. |Bishop, |Edward |P. |Fody, |Carleen |Van |Siclen |& |James |March |Mistler
9THEdition
|
TESTBANK |
,Clinical |Chemistry: |Principles, |Techniques, |and |Correlations, |Ninth |Edition
Test |bank
Import |Settings:
Base |Settings: |Brownstone |Default
|Information |Field: |Complexity
|Information |Field: |Ahead
|Information |Field: |Subject
|Information |Field: |Title
Highest |Answer |Letter: |D
Multiple |Keywords |in |Same |Paragraph: |No
NAS |ISBN13: |9781284238884, |add |to |Ahead, |Title |tags
Chapter: |Chapter |01 |– |Test |Bank
Multiple |Choice
1. One |nanogram |is |equivalent |to |how |many |grams?
A) 10-6
B) 10-9
C) 10-12
D) 10-15
Ans: |B
|Complexity: |RL2
Ahead: |Units |of |Measure
|Subject: |Chapter |1
Title: |Basic |Principles |and |Practices |of |Clinical |Chemistry
2. How |many |milliliters |of |0.5N |NaOH |are |required |to |make |100 |milliliters |of |0.2N |NaOH?
A) 250
B) 40
C) 25
D) 4
Ans: |B
|Complexity: |RL2
Ahead: |Laboratory |Mathematics |and |Calculations
|Subject: |Chapter |1
Title: |Basic |Principles |and |Practices |of |Clinical |Chemistry
3. A |patient |sample |for |uric |acid |gave |an |absorbance |reading |of |0.4, |and |the |50 |mg/dL |standard |gave |an
|absorbance |reading |of |0.1. |What |is |the |concentration |of |uric |acid |in |the |patient's |sample |in |grams |per
|deciliter?
A) 0.2
B) 12.5
C) 125
D) 200
Ans: |D
|Complexity: |RL2
Ahead: |Laboratory |Mathematics |and |Calculations
© |Jones |& |Bartlett |Learning, |LLC, |an |Ascend |Learning |Company 1-1
,Clinical |Chemistry: |Principles, |Techniques, |and |Correlations, |Ninth |Edition
Test |bank
Subject: |Chapter |1
Title: |Basic |Principles |and |Practices |of |Clinical |Chemistry
4. How |many |millimoles |of |NaCl |are |contained |in |300 |mL |of |a |4M |solution? |(gmw |= |58.5)
A) 70
B) 120
C) 234
D) 1200
Ans: |D
|Complexity: |RL2
Ahead: |Laboratory |Mathematics |and |Calculations
|Subject: |Chapter |1
Title: |Basic |Principles |and |Practices |of |Clinical |Chemistry
5. How |is |10 |mg/dL |of |calcium |reported |in |mmol/L? |(gmw |= |40)
A) 2.5
B) 5.0
C) 10
D) 25
Ans: |A
|Complexity: |RL2
Ahead: |Laboratory |Mathematics |and |Calculations
|Subject: |Chapter |1
Title: |Basic |Principles |and |Practices |of |Clinical |Chemistry
6. How |many |milliliters |of |concentrated |sulfuric |acid |(H2S04), |G.M.W. |= |98 |grams, |specific |gravity |= |1.500,
|purity |= |80%, |are |needed |to |make |400 |mL |of |a |2N |solution?
A) 26.1
B) 32.7
C) 52.3
D) 65.3
Ans: |B
|Complexity: |RL2
Ahead: |Laboratory |Mathematics |and |Calculations
|Subject: |Chapter |1
Title: |Basic |Principles |and |Practices |of |Clinical |Chemistry
7. How |many |grams |of |hydrated |MgSO4 | |5 |H20 |(M.W.: |MgSO4 | = |119, |H20 |= |18) |are |required |to |make |a
|10% |solution |of |MgS04?
A) 5.7 |g/dL
B) 11.9 |g/dL
C) 17.6 |g/dL
D) 20.9 |g/dL
|Ans: |C
|Complexity: |RL2
Ahead: |Laboratory |Mathematics |and |Calculations
|Subject: |Chapter |1
Title: |Basic |Principles |and |Practices |of |Clinical |Chemistry
© |Jones |& |Bartlett |Learning, |LLC, |an |Ascend |Learning |Company 1-2
, Clinical |Chemistry: |Principles, |Techniques, |and |Correlations, |Ninth |Edition
Test |bank
8. What |is |the |molarity |(M) |of |a |4% |solution |of |sodium |hydroxide |(NaOH)? |M.W: |Na |= |23, |O |= |16, |H |= |1.
A) 0.1M
B) 0.25M
C) 1.0M
D) 2.5M
Ans: |C
|Complexity: |RL2
Ahead: |Laboratory |Mathematics |and |Calculations
|Subject: |Chapter |1
Title: |Basic |Principles |and |Practices |of |Clinical |Chemistry
9. 3 |mg/dL |is |equivalent |to |how |many |grams |per |liter?
A) 0.003
B) 0.03
C) 0.3
D) 3
Ans: |B
|Complexity: |RL2
Ahead: |Units |of |Measure
|Subject: |Chapter |1
Title: |Basic |Principles |and |Practices |of |Clinical |Chemistry
10. What |is |the |normality |of |a |solution |containing |4.5 |grams |of |BaCl2 |in |400 |mL? |(gmw |= |208)
A) 1.10
B) 0.50
C) 0.25
D) 0.11
Ans: |D
|Complexity: |RL2
Ahead: |Laboratory |Mathematics |and |Calculations
|Subject: |Chapter |1
Title: |Basic |Principles |and |Practices |of |Clinical |Chemistry
11. What |are |the |optimal |conditions |for |specimen |transport, |handling, |and |storage |of |specimens |for
|clinical |chemistry |testing?
A) Specimen |transported |to |lab |within |2 |hours |after |collection, |stored |at |room |temperature, |and
|centrifuged |within |4 |hours.
B) Specimen |transported |to |lab |immediately, |permitted |to |clot, |serum |separated |and |tested |as |soon |as
|possible.
C) Specimen |brought |to |lab |immediately, |spun |down, |and |serum |left |to |stand |on |clot |until |tested.
D) None |of |these |represent |optimal |conditions.
|Ans: |B
Complexity: |RL1
Ahead: |Specimen |Collection |and |Handling
|Subject: |Chapter |1
Title: |Basic |Principles |and |Practices |of |Clinical |Chemistry
© |Jones |& |Bartlett |Learning, |LLC, |an |Ascend |Learning |Company 1-3
Clinical Chemistry: Principles, Techniques, and Correlations
| | | | |
Michael |L. |Bishop, |Edward |P. |Fody, |Carleen |Van |Siclen |& |James |March |Mistler
9THEdition
|
TESTBANK |
,Clinical |Chemistry: |Principles, |Techniques, |and |Correlations, |Ninth |Edition
Test |bank
Import |Settings:
Base |Settings: |Brownstone |Default
|Information |Field: |Complexity
|Information |Field: |Ahead
|Information |Field: |Subject
|Information |Field: |Title
Highest |Answer |Letter: |D
Multiple |Keywords |in |Same |Paragraph: |No
NAS |ISBN13: |9781284238884, |add |to |Ahead, |Title |tags
Chapter: |Chapter |01 |– |Test |Bank
Multiple |Choice
1. One |nanogram |is |equivalent |to |how |many |grams?
A) 10-6
B) 10-9
C) 10-12
D) 10-15
Ans: |B
|Complexity: |RL2
Ahead: |Units |of |Measure
|Subject: |Chapter |1
Title: |Basic |Principles |and |Practices |of |Clinical |Chemistry
2. How |many |milliliters |of |0.5N |NaOH |are |required |to |make |100 |milliliters |of |0.2N |NaOH?
A) 250
B) 40
C) 25
D) 4
Ans: |B
|Complexity: |RL2
Ahead: |Laboratory |Mathematics |and |Calculations
|Subject: |Chapter |1
Title: |Basic |Principles |and |Practices |of |Clinical |Chemistry
3. A |patient |sample |for |uric |acid |gave |an |absorbance |reading |of |0.4, |and |the |50 |mg/dL |standard |gave |an
|absorbance |reading |of |0.1. |What |is |the |concentration |of |uric |acid |in |the |patient's |sample |in |grams |per
|deciliter?
A) 0.2
B) 12.5
C) 125
D) 200
Ans: |D
|Complexity: |RL2
Ahead: |Laboratory |Mathematics |and |Calculations
© |Jones |& |Bartlett |Learning, |LLC, |an |Ascend |Learning |Company 1-1
,Clinical |Chemistry: |Principles, |Techniques, |and |Correlations, |Ninth |Edition
Test |bank
Subject: |Chapter |1
Title: |Basic |Principles |and |Practices |of |Clinical |Chemistry
4. How |many |millimoles |of |NaCl |are |contained |in |300 |mL |of |a |4M |solution? |(gmw |= |58.5)
A) 70
B) 120
C) 234
D) 1200
Ans: |D
|Complexity: |RL2
Ahead: |Laboratory |Mathematics |and |Calculations
|Subject: |Chapter |1
Title: |Basic |Principles |and |Practices |of |Clinical |Chemistry
5. How |is |10 |mg/dL |of |calcium |reported |in |mmol/L? |(gmw |= |40)
A) 2.5
B) 5.0
C) 10
D) 25
Ans: |A
|Complexity: |RL2
Ahead: |Laboratory |Mathematics |and |Calculations
|Subject: |Chapter |1
Title: |Basic |Principles |and |Practices |of |Clinical |Chemistry
6. How |many |milliliters |of |concentrated |sulfuric |acid |(H2S04), |G.M.W. |= |98 |grams, |specific |gravity |= |1.500,
|purity |= |80%, |are |needed |to |make |400 |mL |of |a |2N |solution?
A) 26.1
B) 32.7
C) 52.3
D) 65.3
Ans: |B
|Complexity: |RL2
Ahead: |Laboratory |Mathematics |and |Calculations
|Subject: |Chapter |1
Title: |Basic |Principles |and |Practices |of |Clinical |Chemistry
7. How |many |grams |of |hydrated |MgSO4 | |5 |H20 |(M.W.: |MgSO4 | = |119, |H20 |= |18) |are |required |to |make |a
|10% |solution |of |MgS04?
A) 5.7 |g/dL
B) 11.9 |g/dL
C) 17.6 |g/dL
D) 20.9 |g/dL
|Ans: |C
|Complexity: |RL2
Ahead: |Laboratory |Mathematics |and |Calculations
|Subject: |Chapter |1
Title: |Basic |Principles |and |Practices |of |Clinical |Chemistry
© |Jones |& |Bartlett |Learning, |LLC, |an |Ascend |Learning |Company 1-2
, Clinical |Chemistry: |Principles, |Techniques, |and |Correlations, |Ninth |Edition
Test |bank
8. What |is |the |molarity |(M) |of |a |4% |solution |of |sodium |hydroxide |(NaOH)? |M.W: |Na |= |23, |O |= |16, |H |= |1.
A) 0.1M
B) 0.25M
C) 1.0M
D) 2.5M
Ans: |C
|Complexity: |RL2
Ahead: |Laboratory |Mathematics |and |Calculations
|Subject: |Chapter |1
Title: |Basic |Principles |and |Practices |of |Clinical |Chemistry
9. 3 |mg/dL |is |equivalent |to |how |many |grams |per |liter?
A) 0.003
B) 0.03
C) 0.3
D) 3
Ans: |B
|Complexity: |RL2
Ahead: |Units |of |Measure
|Subject: |Chapter |1
Title: |Basic |Principles |and |Practices |of |Clinical |Chemistry
10. What |is |the |normality |of |a |solution |containing |4.5 |grams |of |BaCl2 |in |400 |mL? |(gmw |= |208)
A) 1.10
B) 0.50
C) 0.25
D) 0.11
Ans: |D
|Complexity: |RL2
Ahead: |Laboratory |Mathematics |and |Calculations
|Subject: |Chapter |1
Title: |Basic |Principles |and |Practices |of |Clinical |Chemistry
11. What |are |the |optimal |conditions |for |specimen |transport, |handling, |and |storage |of |specimens |for
|clinical |chemistry |testing?
A) Specimen |transported |to |lab |within |2 |hours |after |collection, |stored |at |room |temperature, |and
|centrifuged |within |4 |hours.
B) Specimen |transported |to |lab |immediately, |permitted |to |clot, |serum |separated |and |tested |as |soon |as
|possible.
C) Specimen |brought |to |lab |immediately, |spun |down, |and |serum |left |to |stand |on |clot |until |tested.
D) None |of |these |represent |optimal |conditions.
|Ans: |B
Complexity: |RL1
Ahead: |Specimen |Collection |and |Handling
|Subject: |Chapter |1
Title: |Basic |Principles |and |Practices |of |Clinical |Chemistry
© |Jones |& |Bartlett |Learning, |LLC, |an |Ascend |Learning |Company 1-3
