Free NPTE Exam Flashcards

The NPTE for physical therapists is 225 multiple-choice questions delivered in 5 sections of 45 questions. Total exam time is 5 hours.

The NPTE blueprint uses 180 operational (scored) items and 45 pretest items. Pretest items are mixed in, so answer every question.

Passing requires a scaled score of 600. FSBPT scoring scale runs from 200 to 800.

2026 test windows are Jan 28-29, Apr 29-30, Jul 29-30, and Oct 28-29 (local time at Prometric centers).

2026 registration deadlines are Jan 5, Apr 6, Jul 6, and Oct 5. Deadlines close at 11:59 PM Eastern Time.

Current NPTE fees are $485 paid to FSBPT plus a $112 Prometric testing appointment fee.

Standard NPTE retake wait is 60 days. FSBPT policy also limits attempts to 3 in any 12-month period and 6 lifetime attempts.

FSBPT 2024 outline ranges: Musculoskeletal 24-29%, Neuromuscular/Nervous 17-23%, Cardiovascular/Pulmonary 10-14%, Integumentary 4-7%, Other Systems 5-9%, Equipment/Devices/Modalities 12-16%, Safety/Professional Responsibilities/Research 8-14%.

Osteokinematics is gross bone motion (flexion, extension, etc.). Arthrokinematics is accessory joint surface motion (roll, glide, spin) used for movement analysis and manual therapy decisions.

Convex-on-concave: roll and glide occur in opposite directions. Concave-on-convex: roll and glide occur in the same direction. Use this to choose joint mobilization direction.

Grades I-II are lower amplitude for pain modulation. Grades III-IV are higher amplitude/end range for mobility limits. Grade V is a high-velocity thrust.

General pattern: inflammatory phase (days), proliferative phase (weeks), remodeling phase (months). Intervention intensity should match healing stage and irritability.

High irritability usually requires shorter duration, lower load, and symptom-limited progression. Low irritability allows more aggressive loading and mobility gains.

Normal gait has stance and swing phases with double-support periods. NPTE questions often test phase recognition and impairment links (trendelenburg, foot drop, antalgic gait).

Approach-specific precautions vary, but NPTE questions prioritize dislocation prevention, safe transfer mechanics, and progressive functional independence.

UMN signs include spasticity, hyperreflexia, and pathologic reflexes. LMN signs include flaccidity, hyporeflexia, fasciculations, and marked atrophy.

Dermatomes test sensory root distribution and myotomes test motor root function. Combined findings help localize radiculopathy and guide differential diagnosis.

Prioritize safety, mobility, and functional task training. Use intensity, repetition, and task specificity to drive neuroplastic change while preventing secondary complications.

The ASIA/ISNCSCI framework classifies injury by neurologic level and completeness. Functional expectations differ significantly between complete and incomplete injuries.

In injuries typically at or above T6, sudden severe headache, flushing, and elevated blood pressure suggest autonomic dysreflexia. Sit upright, remove noxious trigger, and escalate urgently.

Peripheral findings often include positional vertigo with specific nystagmus patterns; central findings often include severe neuro signs, direction-changing nystagmus, or poor fixation suppression.

Use external cueing, amplitude-based training, gait dual-task progression, and fall-prevention planning. Focus on carryover into daily functional tasks.

Track heart rate, blood pressure, respiratory rate, oxygen saturation, and symptoms to gauge response and safety during progression.

Stop for severe chest symptoms, unstable hemodynamics, concerning neurologic signs, marked oxygen desaturation, or new dangerous rhythm findings per facility protocol.

Phase I is inpatient mobilization, Phase II is monitored outpatient, Phase III is supervised maintenance, and Phase IV is independent long-term exercise.

Rating of Perceived Exertion helps dose exercise intensity, especially when medications or conditions make heart-rate targets less reliable.

Technique choice depends on secretion amount/viscosity, patient tolerance, cognition, and ability to actively participate. Match method to patient presentation.

Know how pH, PaCO2, and HCO3 trends indicate respiratory vs. metabolic disturbances and compensation patterns in acute and chronic cardiopulmonary cases.

Suspected acute thromboembolic events require immediate cessation of provoking activity and prompt escalation through emergency and medical pathways.

Accurate staging and etiology identification drive treatment. Unstageable wounds are obscured by slough/eschar and cannot be staged until tissue is visible.

Hemostasis/inflammation starts healing, proliferation builds granulation and epithelial tissue, remodeling increases tensile strength over time.

Arterial ulcers are often distal, painful, and associated with poor perfusion. Venous ulcers are often in gaiter regions with edema and hemosiderin changes.

Optimal moisture balance supports healing. Dressing choice should match exudate level, tissue type, infection risk, and periwound protection needs.

For neuropathic plantar ulcers, pressure offloading is a core intervention alongside glycemic control support, footwear modification, and ongoing skin inspection.

CDT includes manual lymph drainage, compression, exercise, and skin care. Patient education and long-term self-management are critical for lymphedema outcomes.

Monitor for hypo/hyperglycemia signs, foot risk, and autonomic complications. Coordinate exercise timing with meals and medication plans.

Use progressive resistance and weight-bearing dosing, posture and balance training, and fall-risk reduction. Avoid high-risk loading in severe fragility patterns.

Adjust intensity for treatment-related fatigue, neuropathy, cardiopulmonary compromise, lymphedema risk, and blood count or bone-metastasis precautions.

NPTE pediatric questions emphasize expected developmental sequence, atypical milestone timing, tone/postural control patterns, and family-centered intervention goals.

Typical fitting target is handgrip near wrist crease with about 20-30 degrees elbow flexion. Correct fit improves energy efficiency and safety.

Choose two-point, three-point, four-point, or swing patterns based on weight-bearing restriction, balance, upper-extremity strength, and coordination.

Seat width/depth, back height, and footrest position should optimize posture, skin protection, propulsion efficiency, and transfer safety.

TENS primarily targets pain modulation; NMES primarily targets muscle activation/re-education. Parameters and indications differ by treatment goal.

Ultrasound parameter choice depends on tissue depth and treatment intent. Screen for contraindications and avoid unsafe tissue targets.

Device selection should match diagnosis, alignment needs, stability deficits, and functional goals while minimizing skin risk and gait inefficiency.

Use hand hygiene and appropriate personal protective equipment with every patient encounter based on exposure risk and setting-specific infection-control policy.

Informed consent requires explanation of intervention purpose, risks, benefits, alternatives, and patient right to refuse or stop treatment.

High-quality notes are objective, measurable, and linked to function, response to intervention, and next-step clinical reasoning.

NPTE research items test understanding of study design, bias, confidence intervals, and whether findings are clinically meaningful and applicable.

PTs should continue treatment when findings are consistent with PT management and refer promptly when red flags or non-musculoskeletal pathology are suspected.