10 free EMT practice questions: General Impression & Level of Consciousness

Alert and fully oriented: This fits a patient who correctly states person, place, time, and event, the four orientation checks. Here the patient gives the wrong year and can't name the city, missing two of four, so "fully oriented" doesn't apply even though the patient is alert.

Responsive to verbal stimulus: the AVPU level right below Alert, used for a patient who's asleep or otherwise not interacting until you speak to or touch them. This patient was already watching the EMT and interacting before anyone said a word, meeting Alert, not Verbal.

Responsive only to painful stimulus: describes a patient who doesn't react to voice and only responds when you apply a painful stimulus, like a trapezius pinch. This patient follows commands and answers in full sentences with no stimulus at all, well above that level.

Move the child to the stretcher to perform a complete head-to-toe examination: Moving the child to the stretcher for a complete head-to-toe examination risks provoking distress in a toddler who is currently calm and cooperative on the caregiver's lap: separation at this age usually ends cooperation.

Ask the caregiver to step out of the room while the examination is performed: Asking the caregiver to step out of the room during the examination removes the source of comfort keeping this child calm, which is the opposite of what a stable toddler needs.

Begin the examination with the injured forearm to address the chief complaint: Beginning with the injured forearm to address the chief complaint jumps straight to the part that hurts before the child has had a chance to learn the EMT's touch is tolerable, which often ends cooperation for the rest of the exam.

Appearance: covers tone, interactiveness, consolability, look or gaze, and speech or cry, the TICLS mnemonic for how sick a child looks overall, and it's tempting to fold this skin finding into that arm, but pale, mottled skin on the arms and legs is a color and perfusion finding, which belongs to its own arm of the triangle.

Work of breathing: looks at respiratory effort, retractions, nasal flaring, positioning, and abnormal airway sounds; nothing in the child's pale, mottled arms and legs describes breathing effort at all.

Level of consciousness: isn't one of the triangle's three arms; the Pediatric Assessment Triangle is built from appearance, work of breathing, and circulation to the skin, and mental status findings get folded into the appearance arm, not tracked separately.

Ask the patient to face the EMT while speaking: Turning to face the EMT is the very cervical rotation manual stabilization is meant to prevent, since it puts the neck in motion toward the voice, the opposite of the fix that repositions the EMT instead.

Interview the patient from the back seat: Moving to the back seat is a real access technique when the front doesn't allow room to work, but it still places the EMT outside the patient's forward line of sight, so the head still turns toward the voice exactly as it did through the driver's window.

Wait until the patient is on the stretcher: Deferring the interview until the patient is secured on the stretcher is standard practice when immediate life threats exist, but this patient is alert with only neck pain, so delaying the history means missing the chief complaint and any developing life threats during extrication.

Acute stroke: shows a focal deficit, facial droop, arm weakness, or slurred speech that persists or worsens, and postictal Todd's paralysis can mimic that for hours, which makes this tempting. This patient moves all extremities equally and clears steadily minute by minute, the opposite trajectory a stroke would produce.

Hypoglycemia: causes seizures along with confusion, diaphoresis, and tachycardia when the brain runs out of fuel, but this patient's BGL is 88 mg/dL, a normal value that already answers whether low glucose is driving the confusion.

Recurrent seizure activity: including status epilepticus, shows repeated convulsions or unresponsiveness without a clear window of improvement in between. This patient's stiffening and jerking stopped 5 minutes ago and hasn't returned, and mental status is improving each minute, which is the expected next phase, not a relapse.

Level of consciousness, pupil reaction, and skin temperature: real findings you check during a focused neurologic and circulatory exam, but they come from hands-on assessment, not the doorway scan. The question asks for the three arms of the Triangle: appearance, work of breathing, circulation to skin, and this option swaps in exam details instead.

Airway, breathing, and circulation: the hands-on steps of the primary assessment that follow the general impression, once you're at the child's side. The scenario describes a hands-off doorway scan, which is the Triangle, not the ABCs. This option names the right action but the wrong sequence, the step after the one the question asks about.

Pulse, respirations, and blood pressure: baseline vital signs, obtained hands-on with a stethoscope, cuff, and stopwatch after the child is touched. The question describes an impression made purely by looking from the doorway, so these measured numbers can't be part of it.

Determine the level of consciousness using the AVPU scale: Determining the level of consciousness with the AVPU (Alert, Verbal, Painful, Unresponsive) scale is the second step of the primary assessment, performed after the general impression is formed.

Obtain a SAMPLE history: The SAMPLE history (signs and symptoms, allergies, medications, past medical history, last oral intake, events) belongs to history taking, which occurs after the primary assessment is complete and life threats are managed.

Measure a full set of baseline vital signs: A full set of baseline vital signs is obtained after the primary assessment; during the primary assessment the EMT checks only for immediate life threats, not measured vitals.

Move immediately to the patient and open the airway: Moving immediately to the patient and opening the airway skips scene safety and body substance isolation; airway management is part of the primary assessment, which begins only after the size-up is complete.

Reach the patient and determine the AVPU level by shouting: Determining the AVPU (Alert, Verbal, Painful, Unresponsive) level is a primary-assessment step that also requires reaching the patient first, which cannot safely happen before the scene size-up is finished.

Begin high-flow oxygen as soon as they reach the patient: Oxygen administration is an intervention within the primary assessment; beginning it before the scene is confirmed safe and sized up puts the crew at risk and presumes findings not yet assessed.

Every 10 minutes: assumes reassessment frequency scales gradually with the severity of injury, splitting the difference between stable and unstable timelines. EMS protocol only recognizes two categories, stable and unstable, with no 10-minute interval taught, and this patient's unstable classification calls for the faster 5-minute check.

Every 15 minutes: the real interval for patients classified as stable, where vital signs are expected to hold steady between checks. This patient has been classified as unstable, not stable, so that slower pace can let hemorrhage, hypoxia, or shock progress unnoticed between reassessments. Applying the stable-patient timeline here answers the wrong severity category.

Every 20 minutes: runs even longer than the 15-minute stable-patient interval, making it too infrequent for any patient under EMS care, let alone one classified as unstable with active shock or hemorrhage risk.

Continue every 15 minutes because the blood pressure is still normal: A normal blood pressure does not make a deteriorating patient stable; mental status changes and a climbing respiratory rate are earlier and more sensitive warning signs, and compensatory mechanisms can hold the blood pressure up until shortly before collapse.

Stop reassessing vital signs and complete the detailed physical exam: Reassessment of vital signs is never stopped in favor of a detailed exam; a deteriorating patient needs more frequent vital sign monitoring, not less, and a detailed physical exam is a lower priority than tracking life threats.

Wait until the next 15-minute check to confirm the changes persist: Waiting another cycle to confirm the changes would ignore obvious signs of deterioration for up to 15 minutes; a patient showing new confusion and rapidly rising respirations requires an immediate response, not delayed confirmation.