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3 Nursing Care for Acid–Base Imbalances Online Quiz Questions

Use this free practice quiz with 20 questions to review 3 Nursing Care for Acid–Base Imbalances, test your knowledge, and prepare for your next test or exam.

20 questions
01
True or false
1 point

True or false: A blood pH within the reference range rules out an acid–base disorder.

  1. A

    True

  2. B

    False

02
Written response
1 point

What term describes a measured blood pH below the reference range?

03
Fill in the blank
1 point

In the ROME mnemonic, respiratory changes move to pH, while metabolic changes move to pH.

04
True or false
1 point

True or false: In respiratory acidosis caused by inadequate ventilation, oxygen alone corrects the ventilation problem.

  1. A

    True

  2. B

    False

05
Choose one
1 point

A patient with diarrhea has pH 7.30, PaCO₂ 32 mm Hg, and HCO₃⁻ 16 mEq/L. Which interpretation best fits these findings?

  1. A

    Primary respiratory alkalosis with metabolic compensation

  2. B

    Primary metabolic acidosis with respiratory compensation

  3. C

    Primary respiratory acidosis with metabolic compensation

  4. D

    Primary metabolic alkalosis with respiratory compensation

06
Written response
1 point

A postoperative patient who received opioids is difficult to arouse and breathing slowly. The ABG shows pH 7.28, PaCO₂ 58 mm Hg, and HCO₃⁻ 26 mEq/L. What is the primary acid–base disorder?

07
Choose one
1 point

A patient is breathing rapidly and reports tingling fingers. SpO₂ is 88% on room air. What is the priority action?

  1. A

    Coach the patient to breathe into a paper bag

  2. B

    Assess and address oxygenation promptly while evaluating the cause

  3. C

    Assume panic and provide reassurance only

  4. D

    Ask the patient to slow breathing before checking for other problems

08
Fill in the blank
1 point

In acid–base compensation, the respond relatively quickly to metabolic changes, while the take longer to compensate for respiratory changes.

09
Choose all
1 point

A patient with suspected respiratory acidosis is becoming more drowsy. Select all appropriate nursing priorities.

  1. A

    Assess respiratory effort and breath sounds

  2. B

    Support positioning, airway clearance, and prescribed ventilatory support as appropriate

  3. C

    Promptly report declining consciousness or ventilation

  4. D

    Use paper-bag rebreathing to correct the problem

  5. E

    Rely on oxygen alone to correct inadequate ventilation

10
Choose all
1 point

A patient with metabolic alkalosis has ongoing gastric losses. Select all appropriate nursing monitoring or reporting actions.

  1. A

    Track intake, output, and volume status

  2. B

    Review potassium, chloride, and magnesium

  3. C

    Use ECG monitoring when indicated

  4. D

    Report ongoing gastric losses and review relevant prescribed suction, diuretics, or alkali

  5. E

    Give bicarbonate routinely to correct the alkalosis

11
Choose one
1 point

A patient with suspected metabolic acidosis is hypotensive and has signs of poor perfusion. Which approach best reflects nursing priorities?

  1. A

    Assess and treat the underlying cause while monitoring perfusion and ordered tests

  2. B

    Give bicarbonate immediately in every case to normalize the pH

  3. C

    Delay assessment until another ABG is available

  4. D

    Treat the laboratory value without evaluating the patient's condition

12
Choose one
1 point

A patient receiving treatment for metabolic alkalosis has a better pH on repeat testing but develops new weakness and an irregular pulse. What should the nurse do?

  1. A

    Document the improved pH and wait for the next scheduled assessment

  2. B

    Continue the current plan without further assessment because the pH improved

  3. C

    Promptly assess and escalate the new changes; review ECG and ordered electrolyte results

  4. D

    Focus only on repeating the ABG before responding to the irregular pulse

13
Open ended
1 point

A patient with chronic respiratory disease has pH 7.37, PaCO₂ 58 mm Hg, and HCO₃⁻ 33 mEq/L. Explain why this ABG is not necessarily normal and identify what clinical context should be considered.

14
True or false
1 point

True or false: An arterial pH within the adult reference range of 7.35–7.45 rules out an acid–base disorder.

  1. A

    True

  2. B

    False

15
Choose one
1 point

A patient is breathing rapidly, reports tingling fingers, and has an SpO₂ of 88% on room air. Which action is the priority?

  1. A

    Coach the patient to breathe into a paper bag.

  2. B

    Assess and address oxygenation promptly while evaluating the cause.

  3. C

    Reassure the patient that the symptoms are caused by panic.

16
Written response
1 point

Calculate the anion gap using (Na+−(Cl−+HCO3−))(\mathrm{Na^+} - (\mathrm{Cl^-} + \mathrm{HCO_3^-})) for Na⁺ = 140 mEq/L, Cl⁻ = 104 mEq/L, and HCO₃⁻ = 20 mEq/L. Enter the value in mEq/L.

17
Choose one
1 point

A patient with persistent vomiting has metabolic alkalosis and weakness. Which nursing approach best addresses relevant risks and information for the care team?

  1. A

    Give potassium and chloride replacement immediately without an order.

  2. B

    Focus only on repeat pH testing because the patient is weak.

  3. C

    Assess volume status, review potassium and chloride, and track ongoing losses.

18
Written response
1 point

A patient with diarrhea has pH 7.30, PaCO₂ 32 mm Hg, and HCO₃⁻ 16 mEq/L. What is the primary disorder, and what does the PaCO₂ indicate?

19
Choose one
1 point

A postoperative patient who may have received opioids is difficult to arouse and breathing slowly. Which response should the nurse prioritize?

  1. A

    Apply oxygen alone and wait for the next blood gas.

  2. B

    Prioritize airway and breathing, summon help, and support ventilation and oxygenation per protocol.

  3. C

    Encourage oral fluids and reassess the patient in an hour.

20
Choose one
1 point

When planning care for a patient with metabolic acidosis, which treatment principle is most appropriate?

  1. A

    Address the underlying cause; bicarbonate is reserved for selected severe cases under provider direction.

  2. B

    Give bicarbonate routinely whenever bicarbonate is low.

  3. C

    Treat only the pH result and defer evaluation of the cause.