Respiratory Disorders PNLE Questions

Introduction

This page contains 25 live published Tangerine original PNLE-style practice questions, with the inventory last updated August 12, 2026. It is a focused companion for NP4 - Medical-Surgical.

The canonical scope includes asthma, COPD, pneumonia, clinical tuberculosis care, bronchiectasis, and pulmonary fibrosis. The questions help you connect respiratory findings with decisions about assessment, prioritization, oxygen safety, positioning, airway clearance, response to treatment, and patient teaching.

Use the scope to identify the dominant respiratory problem before choosing an intervention. Clinical tuberculosis care is included, while population tuberculosis control, ARDS, ventilator management, and chest trauma are outside this page's focus.

This is a Tangerine pedagogical lens mapped across relevant competencies in the official five-subject PNLE TOS, not a separate official test subject. The 2025 Enhanced TOS provides broad competency relationships rather than a guaranteed weight for Respiratory Disorders, so the 25-question inventory is not a promised exam count.

Key concepts

• Asthma: judge airflow, not wheeze alone
  Recognize: Bronchoconstriction and air trapping can increase work of breathing, while fatigue or critically reduced airflow may make wheezing less audible.
  Decide: Prioritize airway and breathing assessment, mental status, oxygenation, effort, and response to prescribed treatment when deterioration is suspected.
  Avoid: Calling the patient improved only because the respiratory rate falls or the wheeze becomes quieter.
• COPD: evaluate ventilation and oxygen response together
  Recognize: Chronic airflow limitation can coexist with impaired gas exchange and carbon dioxide retention. New somnolence, confusion, or worsening effort after oxygen requires careful reassessment.
  Decide: Give oxygen as prescribed, monitor the patient's clinical response, and escalate concerning changes rather than treating a number in isolation.
  Avoid: Withholding needed oxygen or assuming that more oxygen automatically corrects inadequate ventilation.
• Pneumonia: connect alveolar changes with oxygenation
  Recognize: Inflammatory exudate in alveoli can interfere with gas exchange, producing hypoxemia, increased work of breathing, and altered breath sounds.
  Decide: Compare respiratory status over time, support positioning and prescribed therapy, and report worsening oxygenation or effort promptly.
  Avoid: Treating fever or cough as the only indicators of severity while overlooking breathing and perfusion findings.
• Clinical tuberculosis care: combine respiratory assessment with treatment safety
  Recognize: A patient receiving care for tuberculosis may require attention to respiratory symptoms, ordered precautions, medication adherence, and adverse effects.
  Decide: Follow facility procedures and prescribed therapy, assess the patient's response and ability to continue treatment, and protect others through the required clinical precautions.
  Avoid: Substituting population-level screening or contact-control plans for the bedside decisions within this topic.
• Bronchiectasis: address retained secretions and infection risk
  Recognize: Chronically damaged, widened airways can promote secretion retention, ineffective clearance, and recurrent respiratory infection.
  Decide: Assess cough effectiveness, sputum changes, breath sounds, work of breathing, and tolerance of ordered airway-clearance measures.
  Avoid: Assuming that a productive cough is harmless or applying the same secretion-management plan without checking tolerance and contraindications.
• Pulmonary fibrosis: identify a diffusion and restriction problem
  Recognize: Stiff, scarred lung tissue can reduce expansion and diffusion, causing exertional dyspnea, increased work of breathing, and worsening oxygenation with activity.
  Decide: Pace activity, assess oxygenation and fatigue during movement, use prescribed oxygen support, and allow recovery periods.
  Avoid: Interpreting exertional distress as poor motivation or pushing activity without reassessing the patient's response.
• Respiratory prioritization: identify the immediate threat
  Recognize: Respiratory rate, breath sounds, oxygenation, work of breathing, mental status, and ability to speak or clear secretions provide different parts of the picture.
  Decide: Choose the patient or action that addresses threatened airway, breathing, or rapidly worsening clinical status first, then reassess after intervention.
  Avoid: Ranking patients by diagnosis label, one isolated vital sign, or the most familiar intervention.

What to expect on the PNLE

The inventory supports questions that ask you to interpret respiratory findings, identify deterioration, prioritize care, select safe positioning or oxygen-related actions, explain a mechanism, and choose appropriate patient teaching. Several representative items focus on changes over time, so the key task is often comparing the patient's current status with the earlier assessment rather than matching one symptom to one disease.

The 25-question set contains 4 easy, 11 medium, and 10 hard questions. Its Bloom distribution is remembering 2, understanding 6, applying 6, analyzing 6, and evaluating 5, which supports work beyond simple definition recall.

• Remembering and understanding: retrieve disease mechanisms and connect findings such as air trapping, alveolar exudate, impaired diffusion, or retained secretions to the disorder.
• Applying and analyzing: use a clinical cue set to choose assessment, positioning, oxygen monitoring, airway-clearance support, or escalation.
• Evaluating: judge whether a patient is improving, whether an intervention is safe, and which finding deserves priority.

Exact topic distribution varies by exam form. Treat these patterns as a guide to the cognitive work supported by the supplied inventory, not as a forecast of how many questions any specific disorder will receive.

Study tips

1. Start with diagnostic practice. Work through the 25-question inventory before intensive review. For every answer, mark whether your difficulty came from recognizing the disorder, interpreting the cue, selecting the priority, or rejecting an unsafe option.
2. Use focused retrieval by disorder. Close your notes and complete a comparison grid with rows for asthma, COPD, pneumonia, clinical tuberculosis, bronchiectasis, and pulmonary fibrosis. Make columns for dominant physiologic problem, highest-risk cue, immediate nursing decision, and teaching or monitoring point, then check each row against your rationale review.
   Create this diagram: disorder → physiologic problem → dangerous change → first nursing action → reassessment cue.
3. Review rationales and errors actively. For each missed or guessed item, write the cue that should have changed your decision, the unsafe option you nearly chose, and the principle that supports the correct action. Separate knowledge gaps from prioritization errors so your next study session is targeted.
4. Retry with spacing. Return to missed and uncertain items after another study session without looking at the answer first. Explain aloud why the same cue would lead to a different decision in asthma, COPD, pneumonia, bronchiectasis, fibrosis, or clinical tuberculosis care.
5. Finish with mixed timed practice. Combine respiratory questions with adjacent respiratory assessment, airway care, respiratory failure, pulmonary vascular disease, and infection-prevention concepts. Review accuracy and reasoning after timing ends; use speed only after safe prioritization is consistent.

Common mistakes to avoid

• Using respiratory rate as the main severity marker. A lower rate can reflect fatigue rather than recovery, especially when work of breathing, mental status, air movement, or oxygenation is worsening. Reassess the full respiratory picture before accepting improvement.
• Assuming less wheezing means better asthma control. Wheezing depends on moving air, so critically reduced airflow may produce a quieter chest. Give greater weight to exhaustion, inability to speak normally, altered mentation, poor air movement, and worsening effort.
• Applying a fixed oxygen rule to every COPD question. Oxygen decisions require the prescribed plan and ongoing clinical assessment. Watch for changes such as increasing somnolence or confusion, but do not withhold needed oxygen or stop it reflexively without reassessment and escalation.
• Confusing the mechanisms of the disorders. Pneumonia involves alveolar inflammatory changes, bronchiectasis centers on secretion retention and airway damage, while fibrosis involves restriction and impaired diffusion. Match the intervention to the dominant problem instead of selecting a familiar respiratory action.
• Answering a clinical tuberculosis item with a population-control plan. The cue may ask for bedside respiratory care, ordered precautions, treatment support, or monitoring for response and adverse effects. Stay within the patient's immediate clinical needs and the facility's required procedures.

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References and further reading

• PRC Enhanced Table of Specifications for the Nurses Licensure Examination official
  The current public competency and cognitive-level blueprint, effective from the November 2025 NLE onward.
• Tangerine Prep PNLE Reviewer question bank
  The live source for the published question count, question previews, rationales, and inventory distributions on this page.

How this page is built

The counts and distributions on this page come from Tangerine Prep's live published question bank. The source inventory was last updated on August 12, 2026.

The questions are original PNLE-style practice items, not recalled or leaked board questions. Topic scope follows Tangerine's pedagogical taxonomy and is mapped to the PRC 2025 Enhanced Table of Specifications, effective from the November 2025 NLE onward. Exact topic distribution varies by exam form.

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