NPTE Pharmacology Practice Questions

10 Free NPTE Pharmacology Practice Questions (2026)

10 NPTE-style pharmacology practice questions covering the drug classes physical therapists encounter most — beta-blockers, anticoagulants, corticosteroids, NSAIDs, statins, opioids, diuretics, antiparkinson agents, sedatives, and fluoroquinolones. Multiple-choice format with full rationales. Written and reviewed by a licensed Doctor of Physical Therapy.

Why pharmacology costs points everywhere

Pharmacology is not its own section on the NPTE — it is woven into every content area per the FSBPT blueprint. A medication in the vignette’s history is rarely decoration: beta-blockers invalidate heart-rate-based intensity, anticoagulants change manual therapy decisions, corticosteroids change tissue integrity, and fluoroquinolones change tendon loading. Students who cannot read the medication list lose points in musculoskeletal, cardiopulmonary, and neuromuscular questions without ever seeing a question labeled “pharmacology.”

0 of 10 answered
Cardiovascular Agents — Beta-Blockers
Question 1 of 10
A 66-year-old male with hypertension managed with metoprolol is beginning a supervised aerobic exercise program. Which of the following is the MOST appropriate method for monitoring his exercise intensity?
Anticoagulants
Question 2 of 10
A 71-year-old female on warfarin for atrial fibrillation arrives for outpatient therapy following a total knee arthroplasty. Her chart shows an INR of 4.6 drawn this morning (therapeutic range 2.0–3.0). Which of the following is the MOST appropriate action?
Corticosteroids
Question 3 of 10
A 58-year-old female with rheumatoid arthritis has been on long-term oral prednisone for 6 years. Which of the following precautions is MOST important when designing her physical therapy program?
NSAIDs
Question 4 of 10
A 63-year-old male taking high-dose ibuprofen daily for chronic low back pain mentions during his session that he has felt lightheaded for two days and noticed his stools have become black and tarry. Which of the following is the MOST appropriate action?
Lipid-Lowering Agents — Statins
Question 5 of 10
A 59-year-old male taking atorvastatin reports new-onset bilateral thigh and shoulder muscle pain and weakness over the past week, unrelated to any change in activity. This morning he noticed his urine was unusually dark. Which of the following is the MOST appropriate response?
Opioid Analgesics
Question 6 of 10
A 47-year-old male recovering from spinal fusion surgery is taking oxycodone for post-operative pain. During his inpatient session, the therapist notes he is increasingly drowsy and difficult to keep engaged. Which of the following findings would warrant IMMEDIATE communication with the medical team?
Diuretics
Question 7 of 10
A 74-year-old female with congestive heart failure taking furosemide reports leg cramping and heart palpitations during her exercise session. She also states she has felt weak all day. Which of the following is the MOST likely explanation for these symptoms?
Antiparkinson Agents
Question 8 of 10
A 69-year-old male with Parkinson’s disease takes carbidopa-levodopa at 7:00 AM, 12:00 PM, and 5:00 PM daily. He reports his movement is best about an hour after each dose and deteriorates noticeably before the next one. Which of the following scheduling decisions is MOST appropriate for his outpatient therapy sessions?
Sedatives & Fall Risk
Question 9 of 10
A 81-year-old female in a skilled nursing facility was recently started on lorazepam for anxiety. Which of the following consequences of this medication is MOST important for the physical therapist to address in her plan of care?
Antibiotics — Fluoroquinolones
Question 10 of 10
A 55-year-old male recreational runner is being treated in physical therapy for hip weakness. He mentions he began taking ciprofloxacin for a respiratory infection five days ago, and that both Achilles tendons have become painful and stiff since. Which of the following is the MOST appropriate action?
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Pharmacology is tested inside every content area — not as its own section
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About This Topic

How Pharmacology Is Tested on the NPTE

The FSBPT content outline does not carve out a pharmacology section — instead, medication effects on physical therapy management are embedded within each body system’s items. In practice that means pharmacology appears as the detail in the vignette that changes the answer: the patient’s condition sets the scene, the medication sets the trap. Try our free 20-question timed NPTE practice test, Non-Systems practice questions, or Other Systems practice questions to see how medication details surface across the exam.

The drug classes with testable PT rules
Beta-blockers — blunted HR/BP response; use RPE for intensity
Anticoagulants — bleeding risk; check INR before high-force techniques
Corticosteroids — bone, tendon, and skin fragility with long-term use
NSAIDs — GI bleeding red flags; renal and cardiovascular effects
Statins — myopathy and rhabdomyolysis recognition
Opioids — sedation, respiratory depression, fall risk
Diuretics — hypokalemia, orthostatic hypotension, arrhythmia
Levodopa — schedule therapy during peak “on” periods
Benzodiazepines — sedation and fall risk in older adults
Fluoroquinolones — tendinopathy and rupture risk; unload the tendon

Notice the structure of that list: each class reduces to one or two rules — an effect on exercise response, a tissue vulnerability, a red flag, or a timing consideration. The NPTE does not test dosing, mechanisms of action at the receptor level, or prescribing decisions; it tests whether the medication changes what you do as the physical therapist. See our full NPTE exam format breakdown for how these items distribute across the 225-question structure.

The pattern to recognize

When a medication appears in an NPTE vignette, it is nearly always load-bearing — and it usually works in one of two ways. Either it invalidates the standard answer (heart-rate prescription on a beta-blocker, eccentric tendon loading on a fluoroquinolone), or it reframes vague symptoms as an adverse drug effect (cramps and palpitations on a diuretic, muscle pain and dark urine on a statin). Before answering any question, ask what the listed medication changes. If the answer is “nothing,” check again.

Cross-Content Reasoning

Where Pharmacology Appears Across the Exam

Every content area carries its own pharmacology load. In musculoskeletal questions, corticosteroids and fluoroquinolones change tissue-loading decisions, and NSAIDs supply the GI red flags hiding inside back-pain vignettes. In cardiopulmonary questions, beta-blockers, diuretics, and anticoagulants govern exercise prescription, monitoring, and safety thresholds. In neuromuscular questions, levodopa timing shapes session scheduling for Parkinson’s disease, and sedatives drive fall risk in older adults with neurologic conditions.

The non-systems section adds its own layer: medication effects intersect with safety and emergency response — the diabetic patient’s insulin timing behind a hypoglycemic episode, the anticoagulated patient’s bruising behind an equipment decision. And in the other systems, insulin management, thyroid replacement, and steroid effects on bone density each carry their own testable rules.

This distribution is exactly why pharmacology rewards dedicated study despite having no section of its own: a single afternoon spent on ten drug-class rules improves your accuracy across all five content areas simultaneously. Few study investments on the NPTE pay off in as many places.

Study tip

Build a one-page drug-class table with three columns: class, what it changes for the PT, and the red flag. Ten rows cover the classes above. Then, in every practice question you do anywhere, make yourself state what the listed medication changes before selecting an answer — even when the answer is “nothing.” That habit is trained in a week, and our complete NPTE study guide covers how to fold it into a full study plan.

Want to Know Which Drug Classes Are Costing You Points?

10 questions give you a snapshot. Practitionr’s AI tracks how medication details affect your accuracy across every content area — then rebuilds your study plan around exactly where you need more work. No credit card required.

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