Skip to content
Free NREMT practice questionsFree EMT practice questions · Patient Treatment and Transport

10 free EMT practice questions: Neurological & EENT Emergencies

These are real questions from the same bank the app draws from. Each one is written to the NREMT EMT content specifications and kept inside the EMT scope of practice. Pick an answer and you get the full rationale, including why the other three options are wrong.

Work through all 10, then move on to the next topic. When you want the full picture, the free EMT diagnostic covers every topic in one sitting. No account needed for any of it.

Question 1 of 10

A 6-year-old is brought to the EMT by their mother, who states that the child placed a small plastic bead into their left ear canal approximately 2 hours ago. The EMT can visualize part of the bead in the outer ear canal. The child is uncomfortable but alert and not in acute distress. Their hearing in the right ear is normal. There is no visible trauma or sign of infection in the affected ear. What is the EMT's most appropriate action?

Show the answer and rationale

Correct answer · Refer the child to the emergency department for evaluation and removal by an appropriate healthcare provider

The bead sits partially visible in the outer canal after 2 hours, with no infection or trauma, but any attempt to grab or flush it risks driving it medially against the tympanic membrane, a structure thin enough to rupture under pressure or a poorly angled tool. Foreign body removal from the ear canal falls outside EMT scope of practice: it needs otoscopic visualization and instrumentation that only a physician or ENT provider has. The priority here is arranging transport for definitive removal, not attempting extraction in the field.

Why the others are wrong

Use a cerumen curette or small curved instrument to carefully remove the bead from the ear canal: A cerumen curette is designed to scoop soft earwax under direct visualization, not to grab a smooth plastic bead in a blind canal, and using one on this object risks pushing it deeper toward the tympanic membrane, all of which sits outside EMT scope of practice.

Gently flush the ear canal with warm water to dislodge and remove the bead: Warm water irrigation is a real technique for certain ear canal foreign bodies, and with the bead already visible after 2 hours, flushing looks like the fastest fix, but irrigation pressure can just as easily wedge a smooth plastic bead deeper or push it against the tympanic membrane, causing perforation, and it falls outside EMT scope either way.

Observe and reassure the parent that the bead will likely work itself out within 1-2 weeks: A bead that has stayed in the canal for 2 hours with no path out will not simply work itself free, and observing without a removal plan risks impaction, infection, or hearing loss instead of getting the child to a provider who can extract it safely.

Question 2 of 10

A 45-year-old patient struck the left temple in a motor-vehicle accident. During the EMT's assessment, clear fluid is noted draining slowly from the left ear canal. The patient is alert and oriented but reports dizziness. Vital signs are BP 138/82 mmHg, P 88/min, R 16/min, and the airway is patent. The clear fluid is suspected to be cerebrospinal fluid from a basilar skull fracture. How should the EMT manage this drainage?

Show the answer and rationale

Correct answer · Position on the affected (left) side, place a loose sterile dressing over the ear without packing it, and transport

When cerebrospinal fluid or other fluid is draining from the ear following head trauma, the drainage must NEVER be occluded or sealed. Blocking or packing the drainage pathway can increase intracranial pressure and worsen neurological deterioration. Position the patient on the affected side to allow gravity-assisted drainage, apply a loose absorbent dressing without packing the canal, and transport.

Why the others are wrong

Gently pack sterile gauze into the ear canal to seal off the drainage pathway and prevent further loss of cerebrospinal fluid: Packing sterile gauze into the ear canal seals off the drainage pathway, which can increase intracranial pressure and worsen neurological deterioration: CSF drainage is never occluded or packed.

Apply direct manual pressure over the external ear, as for any external bleeding, until the drainage slows and stops: Treating the drainage like external bleeding and holding direct pressure over the ear has the same problem as packing. It traps the fluid and raises intracranial pressure instead of letting it drain freely.

Irrigate the ear canal gently with normal saline to flush away debris and reduce the risk of infection during transport: Irrigating the ear canal with normal saline introduces infection risk into an open pathway to the intracranial space and isn't part of managing this finding.

Question 3 of 10

An EMT responds to a patient who has just completed a generalized tonic-clonic seizure and is now post-ictal. The patient is confused and drowsy but breathing spontaneously at 18 breaths per minute with clear air exchange. The airway is clear of secretions. What is the appropriate immediate management?

Show the answer and rationale

Correct answer · Place the patient in the recovery position and monitor airway, breathing, and circulation

The decisive findings are the post-ictal confusion and drowsiness together with a clear airway and adequate spontaneous breathing at 18 breaths per minute. In the post-ictal state, the brain's protective airway reflexes, the gag and cough, are blunted even though the airway is momentarily clear, so secretions, blood, or vomitus can pool and be aspirated without the patient reacting. The recovery position uses gravity to keep the tongue forward and lets any fluid drain out of the mouth instead of down the trachea, while you continue to monitor airway, breathing, and circulation. Because air exchange and rate are already adequate, oxygen isn't the immediate priority; positioning and reassessment are.

Why the others are wrong

Restrain the patient's limbs to prevent recurrence of seizure activity: Restraint applies to a seizure still in progress, where you pad the surroundings instead of holding limbs. This patient's convulsion already ended, they're post-ictal and breathing at 18 with clear air exchange, so restraining a limp patient only risks injury for no benefit.

Immediately obtain IV access and prepare to administer seizure-prevention medication: IV access and anti-seizure medication apply to status epilepticus, seizures that won't stop, and fall under AEMT or Paramedic scope. This patient's single seizure has ended and vitals are stable, so there's no ongoing activity to treat, and starting an IV is outside EMT scope.

Keep the patient upright and alert by engaging them in conversation during transport: Keeping a patient talking and upright is how you'd reassess mental status in someone alert enough to engage, and staying seated might seem to protect the airway, but this patient is confused and drowsy, with the depressed airway reflexes typical of the post-ictal period, so forcing them upright raises aspiration risk instead of the recovery position that protects the airway.

Question 4 of 10

A 55-year-old patient is found seated in a chair at home by family members. Bystanders report the patient stood up from dinner, then suddenly collapsed into the chair. When the EMT arrives 2 minutes later, the patient is alert, oriented, and able to recall the entire event. Vital signs are BP 124/78 mmHg, P 88/min (regular), R 16/min, and SpO₂ 98% on room air. The patient denies chest pain, difficulty breathing, or weakness and has no focal neurological deficits. The patient reports feeling lightheaded for a moment and then 'waking up' in the chair. Which of the following is the most appropriate assessment of this episode?

Show the answer and rationale

Correct answer · The patient had a brief syncopal episode with rapid recovery; transport for evaluation

The decisive finding is the patient's immediate full recall of the event and rapid return to complete orientation within two minutes, paired with normal vital signs and no focal deficit. This pattern reflects transient global cerebral hypoperfusion, triggered by standing and a momentary drop in cerebral blood flow, then resolving once the patient is seated and perfusion is restored. Because syncope can be the only field sign of an occult cardiac arrhythmia or other serious cause even when the exam looks benign, the priority is transport for evaluation, not managing this as a stroke, seizure, or arrest.

Why the others are wrong

The patient is experiencing a stroke requiring immediate neurological assessment: Stroke shows up as a focal deficit: one-sided weakness, facial droop, or slurred speech that persists and demands an immediate stroke-scale exam and rapid transport. This patient has no focal neurological deficits and complete recall of the event, findings that rule out a stroke rather than confirm one.

The patient is having a seizure and must be protected from further injury and given oxygen: Seizure fits convulsive activity followed by a postictal period: confusion, amnesia for the event, slow return to baseline, sometimes incontinence or tongue trauma. This patient recalls the entire episode and is immediately alert and oriented, the opposite of postictal. Protecting the airway and giving oxygen are correct seizure actions, applied to the wrong event.

The patient is in cardiac arrest and requires CPR immediately: Cardiac arrest means no pulse, no breathing, and unresponsiveness, calling for immediate CPR. This patient is alert, oriented, and talking, with a regular pulse of 88, respirations of 16, and an SpO₂ of 98%, findings that directly contradict arrest.

Question 5 of 10

A 72-year-old patient is found unresponsive by family members. Vital signs are BP 168/94 mmHg, P 54/min, and respirations irregular and slow at 12/min. The patient's pupils are equal and reactive, but the patient does not move spontaneously and does not respond to verbal stimuli. When the EMT applies a painful stimulus, the patient extends both arms and legs rigidly. What do these findings indicate?

Show the answer and rationale

Correct answer · Decerebrate posturing indicates severe brainstem dysfunction and rising ICP

The decisive finding is decerebrate (extensor) posturing, both arms and legs rigidly extended to a painful stimulus, which localizes the problem to the midbrain and upper brainstem. Paired with Cushing's triad here, blood pressure 168/94, pulse 54, and slow irregular respirations at 12/min, this reflects the brainstem being compressed as intracranial pressure rises and the brain begins to herniate. This shifts your priority from routine unresponsiveness management to aggressive airway control, ventilatory support to avoid hypercapnia, and rapid transport to a facility with neurosurgical capability.

Why the others are wrong

The patient is in a light level of coma and will likely recover consciousness soon: Reactive pupils and a patient who is simply unresponsive can look like a milder insult that will lift on its own, but decerebrate posturing to painful stimulus is a sign of deep coma, not a light one. The Cushing's triad here, pressure 168/94, pulse 54, respirations 12 and irregular, shows a brainstem under worsening pressure, the opposite of a benign, self-resolving state.

The patient is in cardiac arrest and requires immediate CPR: Bradycardia and complete unresponsiveness can look like an arrest is imminent, but this patient has a pulse of 54 and spontaneous, if irregular, respirations at 12/min, so CPR is not indicated. The bradycardia and hypertension together point to rising intracranial pressure driving a Cushing's response, not cardiac standstill.

The patient is having a tonic-clonic seizure and requires airway protection: Bilateral limb extension can be mistaken for the rigidity that surrounds convulsive movement, but a tonic-clonic seizure produces rhythmic alternating jerking, not sustained rigid extension held in response to a painful stimulus. This patient's posturing is a fixed motor response to pain, the hallmark of decerebrate posturing, not seizure activity.

Question 6 of 10

A 44-year-old patient with a history of migraines reports acute onset of right-sided weakness and visual disturbance 15 minutes ago. The patient reports experiencing a similar visual disturbance (shimmering lights at the edge of vision, lasting 20 minutes) about 20 minutes before the weakness began, which is typical for the patient's migraine aura. On examination, the EMT finds the right arm is weak (4/5 strength), but speech is normal and the patient is alert and oriented. The patient has had this exact pattern with migraines at least five times in the past 2 years, always with complete recovery. Vital signs are stable. Which of the following is the most appropriate EMT action?

Show the answer and rationale

Correct answer · Recognize this may be the patient's migraine with aura, but transport urgently because acute stroke must be ruled out

Migraine with aura can produce transient focal deficits that mimic stroke, but an EMT cannot definitively exclude acute stroke in the field regardless of a similar prior history. The safe, correct action is urgent transport for evaluation, not withholding transport (A), offering a treatment that does not reverse neurological deficits (C), or applying spinal motion restriction where there is no trauma indication (D).

Why the others are wrong

Recognize this as her typical migraine with aura, given prior episodes with full recovery; reassure her and let her rest at home: Reassuring the patient and letting her rest at home relies entirely on a prior pattern that an EMT can't confirm is repeating this time: an EMT cannot definitively rule out acute stroke in the field regardless of a similar past history.

This presentation is definitely a stroke; immobilize for spinal precautions and transport for emergency imaging: Immobilizing for spinal precautions and transporting for emergency imaging applies spinal motion restriction where there's no trauma indication. Nothing here describes an injury mechanism that would call for it.

Diagnose this as a migraine aura and administer oxygen to reverse the neurological deficits: Administering oxygen to reverse the neurological deficits offers a treatment that doesn't actually reverse anything: oxygen doesn't treat a migraine aura or a stroke, and it isn't a substitute for urgent transport and evaluation.

Question 7 of 10

A 41-year-old patient has an altered mental status. Bystanders report the patient was confused and stumbling before collapsing. The vital signs are BP 88/56 mmHg, P 104/min, R 12/min and shallow, and SpO₂ 88% on room air. The patient is unresponsive to verbal stimulus but grimaces to pain. The history indicates type 2 diabetes treated with metformin. The blood glucose level is 52 mg/dL. What is the most appropriate immediate action?

Show the answer and rationale

Correct answer · Withhold glucose, insert an oropharyngeal airway, apply oxygen, and transport rapidly

The finding that decides this is the patient's response only to pain, not to verbal stimulus, paired with shallow respirations at 12/min and an SpO2 of 88%. At this depth of unconsciousness, the gag and swallow reflexes that protect the airway can't be trusted, so anything placed in the mouth, including glucose, risks aspiration into lungs that are already underventilating. That level of consciousness is what shifts the priority away from oral treatment: insert an oropharyngeal airway, apply oxygen for the hypoxia, and transport rapidly so IV dextrose can be given by a higher level of care.

Why the others are wrong

Administer 15 g of oral glucose gel and monitor for response: Glucose at 52 mg/dL is genuinely hypoglycemic, and oral gel is the standard EMT treatment when a patient is awake enough to swallow and manage secretions. The finding that breaks it is the mental status: this patient is unresponsive to verbal stimulus and only grimaces to pain, so the airway can't be trusted, and gel risks aspiration instead of correction.

Attempt to have the patient swallow glucose tablets with water and recheck glucose in 5 minutes: Glucose tablets with water suit a patient alert enough to chew and swallow safely. This patient responds only to pain, not voice, so tablets risk aspiration, and rechecking in five minutes delays securing the airway that needs attention now.

Administer 25 mL of 50% dextrose intravenously and establish an intravenous line: 25 mL of 50% dextrose IV is the definitive fix for hypoglycemia, but starting an IV and pushing medication is paramedic and hospital scope, not EMT scope; the EMT's job here is airway, oxygen, and rapid transport.

Question 8 of 10

A 67-year-old patient has sudden onset left facial droop, slurred speech, and right-sided weakness that started 45 minutes ago. The EMT recognizes a possible acute stroke. A family member says, "Please take us to General Hospital. That's where our family doctor is." The nearest hospital, Central Medical, is 10 minutes away and has a certified stroke center. General Hospital is 25 minutes away and does not have stroke capability. What is the appropriate transport decision?

Show the answer and rationale

Correct answer · Transport to Central Medical, the stroke center, for time-critical stroke care

The finding that decides this is the 45 minute onset window with left facial droop, slurred speech, and right sided weakness, a classic acute ischemic stroke presentation. Ischemic brain tissue depends on reperfusion within a narrow window, tissue plasminogen activator works up to 4.5 hours from symptom onset and mechanical thrombectomy extends that window further for large vessel occlusions confirmed by CT. Every minute of delay costs viable brain tissue, so transport goes to the closest facility that can deliver that care, Central Medical, 10 minutes away with certified stroke capability, not the farther hospital the family prefers.

Why the others are wrong

Honor the family's request and transport the patient to General Hospital: Respecting family wishes matters in many EMS decisions, and honoring a request feels like good patient care, but the 45 minute-old stroke symptoms mean destination selection follows medical need, not family preference, so this bypasses definitive care.

Transport to General Hospital; the extra 15 minutes will not change the outcome: A few extra minutes to a preferred hospital can be fine for a stable patient, and that logic feels reasonable here. General Hospital has no stroke capability at all, so after the 25 minute drive the patient still needs transfer to a true stroke center, losing far more than 15 minutes inside a window that started ticking 45 minutes ago.

Delay transport until medical direction confirms the appropriate destination facility: Calling medical direction fits when the appropriate destination is unclear or contested, but the closest facility, Central Medical, already carries certified stroke capability, so delaying on scene to confirm it simply burns brain tissue during the treatment window.

Question 9 of 10

A patient splashes an alkaline cleaning solution into one eye. Which of the following is the most appropriate EMT technique for irrigating the affected eye?

Show the answer and rationale

Correct answer · Flush continuously from the inner corner toward the outer corner for 20 minutes

The exposure is an alkaline cleaning solution, which saponifies tissue and keeps dissolving deeper into the cornea and sclera for as long as it stays in contact, unlike an acid burn that coagulates a protective barrier at the surface. That ongoing tissue destruction is what forces continuous irrigation for 20 minutes rather than a brief rinse. Flowing the water from the inner corner toward the outer corner carries the diluted alkali away from the nasolacrimal duct and away from the unaffected eye. This finding puts field irrigation ahead of transport: you flush on scene, immediately and continuously, instead of waiting for the hospital.

Why the others are wrong

Flush for 2 to 3 minutes from the outer corner of the eye toward the inner corner: Two to three minutes fits a mild surface irritant, not an alkali that keeps penetrating until it's diluted, so the duration falls short here. It also reverses the flow, outer corner toward inner corner, which pushes the chemical toward the nasolacrimal duct and the unaffected eye instead of away from it.

Cover both eyes with moist dressings and begin irrigation on arrival at the hospital: Covering both eyes with moist dressings and holding irrigation for the hospital is correct for a penetrating eye injury, where you protect the globe and avoid pressure. This patient has a chemical splash, not trauma, and delaying dilution lets the alkali keep burning deeper tissue the entire transport.

Irrigate both eyes at the same time, directing the flow from the outer corners inward: Irrigating both eyes matches situations where both were exposed or cross contamination is likely, but the stem says the solution splashed into one eye, so only that eye needs flushing. The outer to inner direction it describes also risks carrying the chemical into the unaffected eye.

Question 10 of 10

A patient sustains a penetrating eye injury with a small object impaled in the globe. Which of the following is the most appropriate EMT management?

Show the answer and rationale

Correct answer · Stabilize the object in place and apply a rigid eye shield over both eyes

Stabilize the object in place and apply a rigid eye shield over both eyes. An impaled object in the eye should be stabilized, never removed. A rigid shield (not a soft or pressure patch) is used so nothing presses on the globe or the object; the shield should rest on the bony orbital rim. The uninjured eye is also shielded because the eyes move together (consensual movement), and movement of the uninjured eye can cause the injured eye to move and worsen the injury.

Why the others are wrong

Remove the object carefully and cover the injured eye with a pressure dressing: Removing an impaled object (however carefully) can cause further damage and uncontrolled bleeding, and a pressure dressing then presses directly on the injured globe; the object should be stabilized in place, not removed.

Irrigate the eye with saline and secure a gauze patch over the injured eye only: Irrigation is used for chemical burns, not penetrating injuries with an impaled object, and patching only the injured eye allows the uninjured eye's movement to disturb the injury.

Apply direct pressure over the object with a bulky dressing to control bleeding: Direct pressure over the impaled object, even through a bulky dressing, can drive the object deeper, extrude ocular contents, and cause further damage. This is exactly why a rigid, non-contact shield is used instead of any form of pressure.

Find out which EMT topics are costing you points

Ten questions on one topic tell you about that topic. The free diagnostic covers every EMT topic and breaks your results down by topic, so you know what to drill next. No card, no signup to try it.

Take the free EMT diagnostic

More free EMT practice questions by topic