A 64-year-old female reports brief episodes of intense spinning triggered by rolling over in bed and looking up to reach a shelf. During the Dix-Hallpike maneuver with the right ear down, the therapist observes — after a delay of several seconds — an upbeating, torsional nystagmus and reproduction of her vertigo, both resolving within 30 seconds. Repeating the maneuver produces a weaker response. These findings are MOST consistent with which of the following?

Right posterior canal benign paroxysmal positional vertigo

Right unilateral vestibular hypofunction

The same patient is diagnosed with right posterior canal BPPV (canalithiasis). Which of the following is the MOST appropriate initial intervention?

A canalith repositioning maneuver (Epley) for the right posterior canal

Gaze stability (VOR adaptation) exercises performed several times daily

Long-term vestibular suppressant medication with activity avoidance

Static standing balance training on foam with eyes closed

A 47-year-old male is referred to physical therapy three weeks after an episode of vestibular neuritis, with confirmed left unilateral vestibular hypofunction. He reports blurred vision and dizziness with head movement and unsteadiness when walking in busy environments. Which of the following interventions is MOST appropriate as the foundation of his program?

Gaze stability exercises — maintaining focus on a target during progressively faster head movements

Canalith repositioning maneuvers repeated until symptoms resolve

Strict avoidance of head movement to allow the vestibular nerve to heal

Cervical stabilization exercises to reduce cervicogenic input

During a vestibular examination, the therapist asks the patient to fixate on the therapist's nose, then delivers a small, rapid head thrust to the patient's LEFT. The patient's eyes move with the head and then make a visible corrective saccade back to the target. Head thrusts to the right produce no corrective saccade. Which of the following BEST interprets this finding?

Left peripheral vestibular hypofunction

Normal vestibulo-ocular function bilaterally

Right peripheral vestibular hypofunction

A 58-year-old male presents with a two-day history of constant dizziness and imbalance. Examination reveals nystagmus that changes direction with gaze, beats purely vertically in some positions, does not diminish with visual fixation, and is accompanied by severe truncal instability requiring assistance to sit unsupported. Which of the following is the MOST appropriate action?

Refer for urgent medical evaluation of a suspected central lesion

Begin gaze stability exercises for presumed vestibular neuritis

Perform a canalith repositioning maneuver and reassess

Instruct in Brandt-Daroff exercises for home use

A 69-year-old female developed bilateral vestibular hypofunction following gentamicin treatment for a severe infection. She denies vertigo but reports that the world "bounces" when she walks and that she is severely unsteady in the dark and on uneven ground. Which of the following BEST characterizes the appropriate rehabilitation emphasis?

Gaze stability training plus balance work emphasizing use of remaining sensory systems, with safety education for low-light and uneven-surface conditions

Canalith repositioning maneuvers for both posterior canals

Habituation exercises to extinguish the motion sensitivity

Vestibular suppressant medication to control the oscillopsia

A physical therapist is screening a 72-year-old male referred for "dizziness." Which of the following symptom descriptions is MOST consistent with benign paroxysmal positional vertigo rather than another cause?

"The room spins hard for about 20 seconds when I roll over in bed or tip my head back"

"I feel lightheaded, like I might faint, for a minute or two whenever I stand up quickly"

"I've felt constantly off-balance and foggy all day, every day, for months"

"The spinning comes out of nowhere, lasts a few hours, and my left ear roars and feels full"

A 24-year-old female, eight weeks post-concussion, reports dizziness and nausea provoked by grocery store aisles, scrolling on her phone, and quick turns — each episode building with exposure and settling within minutes of stopping. Vestibular testing shows no hypofunction and Dix-Hallpike is negative. Which of the following intervention approaches is MOST appropriate for this presentation?

Graded habituation — repeated, progressive exposure to the specific movements and environments that provoke her symptoms

An Epley maneuver for each posterior canal as a diagnostic trial

Complete avoidance of all provoking stimuli until symptoms fully resolve

Gaze stability exercises alone, since the VOR must be deficient

A 51-year-old male reports recurrent episodes of intense spinning vertigo lasting one to three hours, accompanied by roaring tinnitus, a sensation of fullness in the right ear, and hearing in that ear that "comes and goes" — worse during and after attacks. Between episodes he feels nearly normal. This presentation is MOST consistent with which of the following?

Benign paroxysmal positional vertigo

Bilateral vestibular hypofunction

A 66-year-old male with hypertension and diabetes presents to an outpatient clinic with vertigo that began abruptly two hours ago. In addition to the vertigo, he reports double vision, his speech is noticeably slurred, and he demonstrates new clumsiness of the right arm when reaching. Which of the following is the MOST appropriate action?

Activate emergency medical services for suspected posterior circulation stroke

Perform a Dix-Hallpike maneuver to rule out BPPV before escalating

Begin gaze stability exercises and reassess at the next visit

Schedule the patient for vestibular function testing within the week

10 Free NPTE Vestibular Practice Questions (2026) - Practitionr

About This Topic

How Vestibular Content Is Tested on the NPTE

Vestibular rehabilitation is tested within the neuromuscular content of the FSBPT content outline — the second-largest area on the exam. Try our free 20-question timed NPTE practice test, Neuromuscular practice questions, or Special Tests practice questions to see how the neuromuscular section frames its items.

The diagnosis-to-intervention map the exam tests

→BPPV — seconds-long positional attacks → canalith repositioning

→Unilateral hypofunction — movement-provoked symptoms, gaze instability → gaze stability (adaptation)

→Bilateral hypofunction — oscillopsia, worse in dark → gaze stability + substitution + safety

→Motion sensitivity — provoked symptoms, testing normal → habituation

→Meniere’s — hour-long attacks + auditory symptoms → medical management, PT between episodes

→Central signs — vertical or direction-changing nystagmus, no fixation suppression, the D’s → refer urgently

Two examination tools carry most of the testable detail: the Dix-Hallpike maneuver, with the latency-torsional-brief-fatigable signature of a positive, and the head impulse test, with its toward-the-affected-side saccade rule. Both are tested in the describe-the-maneuver format — the vignette narrates the positions and findings, and you supply the interpretation. See our full NPTE exam format breakdown for how these items fit into the 225-question structure.

The pattern to recognize

Duration and trigger do most of the diagnostic work: seconds + positional = BPPV; hours + spontaneous + ear symptoms = Meniere’s; days + a single continuous episode = neuritis; constant + no vertigo + worse in dark = bilateral loss; anything + the dangerous D’s = central, refer now. The wrong answers in vestibular questions are almost always REAL interventions attached to the WRONG diagnosis — so identify the condition first, before reading the options, and the trap answers lose their pull.

Cross-Content Reasoning

Where Vestibular Content Connects Across the Exam

Vestibular content sits inside the neuromuscular section, and its central-versus-peripheral differentiation is that section’s screening skill in concentrated form — the same recognize-and-refer judgment tested with stroke presentations, applied to the patient whose stroke announces itself as “dizziness.” The examination side overlaps the special tests thread: Dix-Hallpike and the head impulse test follow the same describe-interpret format, and both carry the accuracy logic of a positive versus negative finding.

The pharmacology thread intersects twice: ototoxic aminoglycosides like gentamicin as the classic cause of bilateral loss, and vestibular suppressants as the medication class whose long-term use impedes the central compensation therapy is trying to drive. The dizziness differential also reaches outside the vestibular system entirely — orthostatic hypotension, cardiac arrhythmia, and hypoglycemia all present as “dizzy,” pulling in the screening content of the other systems and lab values pages.

And downstream of every vestibular diagnosis is fall risk: the older adult with BPPV, the uncompensated hypofunction patient, and the bilateral-loss patient in a dim hallway are all fall-prevention cases, connecting this topic to the balance, gait, and safety content threaded through the rest of the exam.

Study tip

Build one five-column table: condition, symptom quality, duration, trigger, and intervention family. Six rows — BPPV, unilateral hypofunction, bilateral hypofunction, motion sensitivity, Meniere’s, central — cover nearly every vestibular question the exam can ask. Add the two test signatures beneath it (Dix-Hallpike positive features; head-impulse saccade toward the affected side) and the dangerous D’s as your referral line. One page, and our complete NPTE study guide covers how to fold it into a full study plan.

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