National Physical Therapy Examination (NPTE) Quiz: Comorbidities And Multisystem Impact

What this quiz covers

This quiz focuses on Comorbidities And Multisystem Impact, giving you a quick way to practice the rules, question types, and explanations that matter most for National Physical Therapy Examination (NPTE).

How to use this quiz

Try each quiz question before looking at the correct answer. Use the explanations to review missed ideas, then come back to similar questions until the pattern feels familiar.

Question 1

1. Administer the Confusion Assessment Method (CAM) to screen for delirium superimposed on her dementia.
2. Assess for hip dislocation by checking leg length and rotational position, as agitation may be a sign.
3. Use an observational pain scale, such as the PAINAD, to quantify her pain level before proceeding. (correct answer)
4. Perform a thorough integumentary screen of the lower extremities to rule out a deep vein thrombosis.

Question 2

1. The patient will require a prosthesis with a softer durometer socket liner to improve comfort.
2. The patient lacks the ability to detect sustained pressure that could lead to skin breakdown and must rely entirely on a strict visual inspection schedule. (correct answer)
3. The patient's proprioception will be significantly impaired, requiring a greater focus on balance exercises with visual feedback.
4. The patient is not a candidate for a prosthesis with a pin-locking suspension system due to impaired distal sensation.

Question 3

1. It supports routine NSAID use for pain control, because renal impairment reduces gastrointestinal bleeding risk from anti-inflammatory medications.
2. It requires avoiding nephrotoxic pain strategies and emphasizing joint protection, graded exercise, and symptom monitoring for fatigue and anemia. (correct answer)
3. It indicates the joint swelling is infectious, so PT should be withheld until IV antibiotics are completed and fever resolves.
4. It allows aggressive high-load strengthening during flares, because reduced eGFR decreases inflammation and improves exercise tolerance.

Question 4

1. Progressive muscle weakness with palpitations and worsening fatigue in the setting of hyperkalemia, suggesting possible arrhythmia risk and need to stop and refer. (correct answer)
2. ESR is elevated, indicating inflammation and requiring elimination of all movement to prevent further joint swelling and renal decline.
3. Creatinine is 1.8 mg/dL, indicating kidney function is normal for age and allowing use of any analgesic strategies without precautions.
4. Joint aspirate is inflammatory without crystals, indicating gout and requiring high-purine diet counseling as the primary PT intervention.

Question 5

1. Begin complete decongestive therapy with skin care education, gentle compression, and progressive shoulder ROM while monitoring for infection signs. (correct answer)
2. Avoid all compression and manual techniques, because prior cellulitis permanently contraindicates lymphedema treatment on the affected extremity.
3. Initiate aggressive deep tissue massage to axilla and forearm daily, because fibrosis requires high-pressure mobilization to reduce swelling quickly.
4. Prescribe heavy overhead resistance training immediately, because early maximal loading is required to stimulate lymphatic drainage effectively.

Question 6

1. Combine progressive ROM and strengthening with appropriate compression and skin care education, emphasizing gradual load progression and self-management strategies. (correct answer)
2. Prioritize stretching only and avoid strengthening, because any resistance exercise increases lymph production and worsens swelling permanently.
3. Focus exclusively on aerobic conditioning, because shoulder mobility deficits after radiation resolve without targeted intervention over time.
4. Use aggressive friction massage over irradiated tissue daily, because high shear forces are required to reverse fibrosis and reduce edema.

Question 7

1. Exercise BP rises to 190/110 mmHg during light cycling, indicating excessive pressor response and need to reduce intensity and consult the provider. (correct answer)
2. Resting SpO2 is 98% on room air, indicating blood pressure will remain stable and eliminating the need for BP monitoring during sessions.
3. LDL is 148 mg/dL, indicating exercise should be delayed until lipid levels normalize to prevent acute cardiovascular events.
4. Knee pain is 5/10 on stairs, indicating hypertension is secondary and allowing unrestricted high-impact running to accelerate weight loss.

Question 8

1. Calf claudication begins at a predictable distance and resolves with rest, suggesting stable PAD and allowing continued interval walking progression.
2. Onset of chest tightness at low workload with failure to resolve after rest and nitroglycerin, indicating possible unstable angina requiring cessation and referral. (correct answer)
3. Resting HR remains 58 bpm on beta-blocker, indicating excellent fitness and supporting maximal heart-rate training to improve endurance quickly.
4. BNP is elevated at 420 pg/mL, indicating diabetes is controlled and allowing elimination of symptom monitoring during treadmill walking.

Question 9

1. Dose exercise based on flare status using joint protection and energy conservation, while avoiding nephrotoxic pain strategies and monitoring BP and fatigue. (correct answer)
2. Use prolonged high-heat modalities over joints daily, because CKD improves with increased sweating and reduces systemic inflammation from RA.
3. Emphasize high-impact plyometrics to improve bone density, because joint swelling indicates the need for stronger mechanical loading immediately.
4. Ignore blood pressure and renal labs, because PT interventions for RA are isolated to joints and do not affect multisystem status.

Question 10

1. Use interval walking to moderate claudication symptoms while emphasizing foot inspection, protective footwear, and glycemic monitoring to reduce skin breakdown risk. (correct answer)
2. Avoid all weight-bearing activity, because PAD indicates exercise worsens ischemia and increases risk of limb loss in all cases.
3. Prescribe heat packs to feet before walking, because vasodilation reliably increases ABI and eliminates the need for symptom monitoring.
4. Target heart rate at 80% maximum regardless of beta-blocker use, because PAD training effects require high-intensity continuous ambulation.

Question 11

1. Teach pursed-lip breathing and pacing with graded exposure to walking, using symptom-based goals to reduce dyspnea-related fear and improve participation. (correct answer)
2. Avoid discussing symptoms, because anxiety is unrelated to COPD outcomes and should not influence exercise prescription or patient education.
3. Prescribe maximal treadmill testing on day one, because anxiety improves most when patients experience severe dyspnea during exertion.
4. Eliminate balance training, because anxiety indicates vestibular pathology and requires referral before any therapeutic exercise can begin.

Question 12

1. Integrate balance training with energy conservation and allow rest breaks, because dyspnea and fatigue can impair postural control during mobility tasks. (correct answer)
2. Avoid balance exercises, because falls in COPD are primarily caused by lung obstruction and cannot be improved through neuromuscular training.
3. Use only seated exercises, because any standing activity is contraindicated when FEV1/FVC is below 0.60 regardless of oxygen saturation.
4. Prioritize spinal flexion strengthening to reduce kyphosis, because trunk flexion improves balance and lowers fracture risk in osteoporosis.

Question 13

1. Emphasize breathing strategies, paced ambulation, and fall-prevention balance training while avoiding high-flexion spinal loading and monitoring oxygen saturation. (correct answer)
2. Avoid all resistance training, because osteoporosis makes any strengthening unsafe and increases the likelihood of vertebral compression fractures.
3. Progress aerobic exercise to symptom-limited maximal intensity, because desaturation during 6MWT indicates the need for vigorous conditioning without rest breaks.
4. Focus solely on gait speed drills, because pulmonary function values predict falls more than balance deficits in older adults.

Question 14

1. New warmth, redness, and rapid swelling with feverish symptoms in the affected arm, suggesting cellulitis and requiring immediate medical referral. (correct answer)
2. Persistent mild pitting edema at distal forearm, suggesting stable lymphedema and requiring discontinuation of compression to avoid skin breakdown.
3. Shoulder flexion AROM is 125°, indicating capsular restriction and requiring aggressive ballistic stretching as the first-line lymphedema intervention.
4. BP is 132/80 mmHg, indicating cardiovascular stability and allowing high-pressure compression without monitoring skin integrity or symptoms.

Question 15

1. Use gentle ROM, isometrics, and joint protection education with activity modification, progressing strengthening as inflammation decreases and pain stabilizes. (correct answer)
2. Perform high-grade joint mobilizations into end-range pain, because synovitis requires capsular stretching to reduce swelling and restore function quickly.
3. Recommend NSAIDs before each session to enable maximal strengthening, because kidney disease does not affect short-term anti-inflammatory medication safety.
4. Immobilize hands continuously for two weeks, because movement during synovitis accelerates joint erosion and should be avoided entirely.

Question 16

1. New diffuse joint aches and morning stiffness affecting multiple joints, suggesting aromatase inhibitor–associated arthralgia and need to modify loading and pain education. (correct answer)
2. Stable arm circumference difference of 2.5–3.0 cm, suggesting medication toxicity and requiring immediate discontinuation of anastrozole by the therapist.
3. Resting BP 132/80 mmHg, suggesting medication failure and requiring high-intensity overhead lifting to correct blood pressure and swelling.
4. Mild axillary fibrosis, suggesting metastatic recurrence and requiring avoidance of all shoulder motion until oncology imaging is completed.

Question 17

1. Initiate balance and lower-extremity strengthening with spinal extension emphasis, avoid repeated loaded trunk flexion, and integrate paced walking with oxygen monitoring. (correct answer)
2. Begin repeated sit-ups and toe touches to correct kyphosis, because trunk flexion is the safest method to strengthen osteoporotic spines.
3. Avoid ambulation training until FEV1 improves, because pulmonary function must normalize before any fall-prevention exercise can be effective.
4. Perform high-velocity spinal manipulation to reduce thoracic kyphosis, because osteoporosis is not a contraindication for thrust techniques.

Question 18

1. Pre-exercise capillary glucose is 62 mg/dL with shakiness, indicating hypoglycemia risk and need to delay exercise and provide fast-acting carbohydrates. (correct answer)
2. HbA1c is 8.4%, indicating acute hyperglycemia and requiring immediate high-intensity exercise to lower glucose during the same session.
3. Peak HR is 72 bpm, indicating poor effort and requiring use of higher heart-rate targets despite beta-blocker therapy and angina history.
4. Diminished foot sensation is present, indicating exercise is contraindicated and requiring complete avoidance of walking and standing activities.

Question 19

1. Rapid weight gain with increased edema and worsening dyspnea at lower workloads, suggesting fluid overload and need to defer exercise and notify provider. (correct answer)
2. Resting SpO2 is 97% on room air, suggesting stable heart failure and supporting immediate progression to vigorous continuous treadmill training.
3. ABI is 0.70 bilaterally, suggesting heart failure stability and indicating edema is solely vascular and unrelated to cardiac status.
4. HbA1c is 8.4%, suggesting fluid overload is due to hyperglycemia and requiring exercise to continue without symptom-based modifications.

Question 20

1. SpO2 drops to 86% with ambulation and does not recover above 90% within two minutes of rest and pursed-lip breathing. (correct answer)
2. FEV1 is 62% predicted, indicating moderate obstruction and allowing unrestricted aerobic training without symptom monitoring.
3. Lumbar T-score is −2.7, indicating osteoporosis and requiring elimination of all balance training to prevent fracture.
4. Resting BP is 128/74 mmHg, indicating adequate perfusion and removing the need for pulse oximetry during activity.