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Free NREMT practice questionsFree EMT practice questions · Primary Assessment

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

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.

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Question 1 of 10

The EMT finds a 74-year-old patient sitting in a recliner with the eyes open, watching the EMT enter the room. The patient follows commands and answers questions in full sentences but states the year is 1998 and cannot say what city this is. How should the EMT describe the patient's mental status?

Show the answer and rationale

Correct answer · Alert but disoriented

On the AVPU scale, alert means the patient is spontaneously awake: eyes open and interacting with the environment before any stimulus is applied. This patient was watching the EMT and conversing before anyone prompted a response, so the patient is alert. Orientation is a separate measure of how clear the patient's thinking is, and missing the year and the location means the patient is disoriented to time and place. The two findings are documented together: alert but disoriented.

Why the others are wrong

Alert and fully oriented: "Fully oriented" is incorrect: the patient doesn't know the correct year or the current location, which are two of the standard orientation checks.

Responsive to verbal stimulus: "Responsive to verbal stimulus" undersells this patient. They were already awake, watching, and interacting spontaneously before the EMT said anything, which meets the definition of alert, not merely verbal-responsive.

Responsive only to painful stimulus: "Responsive only to painful stimulus" is inconsistent with a patient who follows commands and answers questions in full sentences without any stimulus at all.

Question 2 of 10

The EMT is called to an apartment for a 2-year-old patient with a swollen forearm after a fall from a couch. The child is calm, sitting on the caregiver's lap, and watching the EMT. What is the most appropriate way for the EMT to begin the hands-on assessment?

Show the answer and rationale

Correct answer · Examine the child on the caregiver's lap, starting away from the injury

A toddler who is calm on a caregiver's lap should be kept there: separation raises anxiety and usually ends cooperation for the rest of the call. At this age the exam works best when it starts away from the painful area and saves the injured forearm for last, so the child learns the EMT's touch is tolerable before the part that hurts is handled. Nothing about a stable, calm child requires relocation before assessment.

Why the others are wrong

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.

Question 3 of 10

The EMT stands at a bedroom doorway to form a first impression of an 18-month-old patient who has been ill for two days. Before any physical contact, the EMT notes that the skin of the child's arms and legs appears pale and mottled. Which component of the Pediatric Assessment Triangle does this finding represent?

Show the answer and rationale

Correct answer · Circulation to the skin

The Pediatric Assessment Triangle is a rapid, hands-off doorway impression built from three components: appearance, work of breathing, and circulation to the skin. Pallor and mottling are skin-perfusion findings, so they belong to the circulation-to-the-skin arm of the triangle. Abnormal skin color observed from across the room suggests the child is compensating for poor perfusion and raises the concern for shock before the EMT ever touches the patient.

Why the others are wrong

Appearance: a separate arm of the triangle assessing tone, interactiveness, consolability, look/gaze, and speech/cry, not skin color.

Work of breathing: assesses respiratory effort, position, and audible sounds, not skin findings.

Level of consciousness: isn't one of the three PAT components at all; the triangle is appearance, work of breathing, and circulation to the skin.

Question 4 of 10

A 39-year-old patient who reports neck pain is seated in a vehicle after a motor vehicle collision on a highway. The patient is alert, and a partner is holding manual stabilization of the head from behind. Each time the EMT speaks from outside the driver's window, the patient turns the head toward the sound. Which action allows the EMT to interview the patient without the patient turning the neck?

Show the answer and rationale

Correct answer · Speak from directly in front of the patient

People turn toward a voice without thinking about it, so where the EMT stands decides whether a patient with a possible spinal injury moves the neck. Positioning in the patient's line of sight lets the patient answer while looking straight ahead, which is what manual stabilization is trying to preserve. The interview itself is not postponed. It is how the EMT finds the chief complaint and life threats, so the fix is the EMT's position, not the timing.

Why the others are wrong

Ask the patient to face the EMT while speaking: Asking the patient to turn and face the EMT defeats the entire purpose of manual stabilization by having the patient move the neck toward the voice.

Interview the patient from the back seat: Moving to the back seat still leaves the EMT out of the patient's forward line of sight, so the patient will still turn toward wherever the voice is coming from.

Wait until the patient is on the stretcher: Waiting until the patient is on the stretcher delays gathering the history and chief complaint that the interview is meant to obtain right now.

Question 5 of 10

At a public library, bystanders witnessed a 34-year-old patient with a history of seizures have full-body stiffening and jerking that stopped 5 minutes ago. The patient did not strike the head. The patient is now drowsy and confused, moves all extremities, and answers simple questions more clearly with each passing minute. The vital signs are BP 132/78 mmHg, P 92/min, and R 16/min, the SpO₂ is 96% on room air, and the BGL is 88 mg/dL. What is most likely causing the patient's current mental status?

Show the answer and rationale

Correct answer · Expected postictal recovery

The direction of change is the finding that decides this item. After a generalized convulsion the brain recovers gradually, so confusion and drowsiness that lift minute by minute are the expected postictal course, and the patient moving all extremities shows no focal deficit was left behind. A normal blood glucose level removes the cause that most often mimics and triggers seizures, and steady improvement is incompatible with an ongoing or worsening process.

Why the others are wrong

Acute stroke: An acute stroke produces a deficit that doesn't steadily improve minute by minute the way this patient's mental status is clearing.

Hypoglycemia: A normal blood glucose level of 88 mg/dL already rules out hypoglycemia as the cause of the current confusion.

Recurrent seizure activity: would show ongoing or worsening abnormal movement or mental status, not steady, minute-by-minute improvement toward baseline.

Question 6 of 10

The EMT forms a rapid, hands-off general impression of a 2-year-old from the doorway before touching the child. This first impression is organized using the Pediatric Assessment Triangle. Which three elements does the Pediatric Assessment Triangle evaluate?

Show the answer and rationale

Correct answer · Appearance, work of breathing, and circulation to the skin

The Pediatric Assessment Triangle (PAT) is a rapid, hands-off 'doorway' impression made without touching the child. Its three arms are Appearance, Work of Breathing, and Circulation to the skin. It forms the general impression that precedes the hands-on primary assessment (ABCs and baseline vitals).

Why the others are wrong

Level of consciousness, pupil reaction, and skin temperature: Level of consciousness, pupils, and skin temperature are individual exam findings, not the three components of the Pediatric Assessment Triangle.

Airway, breathing, and circulation: the hands-on ABCs of the primary assessment that follow the general impression; they are not the three arms of the hands-off Pediatric Assessment Triangle.

Pulse, respirations, and blood pressure: measured baseline vital signs obtained after the general impression; the Triangle is a hands-off observation that requires no vitals and no touching the child.

Question 7 of 10

During the primary assessment, which step does the EMT complete first?

Show the answer and rationale

Correct answer · Form a general impression of the patient

The standardized primary assessment begins with forming a general impression: an immediate, from-the-doorway judgment of the patient's approximate age, position, appearance, and whether the patient looks sick or not sick. This first look shapes the urgency of everything that follows and precedes any hands-on assessment.

Why the others are wrong

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.

Question 8 of 10

An EMT crew arrives at a residence and, from the doorway, sees a patient slumped in a chair who appears pale and barely moving, forming an obviously sick general impression. What should the crew do first?

Show the answer and rationale

Correct answer · Complete the scene size-up before making patient contact

The scene size-up, confirming scene safety, taking body substance isolation precautions, identifying the mechanism of injury or nature of illness, counting patients, and deciding whether additional resources are needed. Always precedes patient contact. A sick-appearing general impression raises urgency but does not change the sequence: a crew that rushes past an unsafe or unassessed scene can become patients themselves and help no one.

Why the others are wrong

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.

Question 9 of 10

The EMT is caring for an adult trauma patient who has been classified as unstable. How often should the EMT perform ongoing reassessment of this patient?

Show the answer and rationale

Correct answer · Every 5 minutes

Reassessment intervals are keyed to patient stability: an unstable or critical patient is reassessed at least every 5 minutes, while a stable patient is reassessed every 15 minutes. Because this trauma patient has been classified as unstable, the EMT must repeat the reassessment every 5 minutes so that any further deterioration is detected and addressed immediately.

Why the others are wrong

Every 10 minutes: not a standard reassessment interval; it is too infrequent for an unstable patient whose condition can change within minutes.

Every 15 minutes: the interval reserved for stable patients; using it for an unstable trauma patient could allow a life-threatening decline to go unnoticed for far too long.

Every 20 minutes: longer than even the stable-patient interval and would be inappropriate for any patient, let alone one who is unstable.

Question 10 of 10

The EMT is transporting a 58-year-old patient who was alert with stable vital signs and has been reassessing the patient every 15 minutes. At the next check the patient is now confused, the respirations have risen from 16/min to 30/min, and the skin has become pale and diaphoretic. Which action is most appropriate?

Show the answer and rationale

Correct answer · Treat the patient as unstable and begin reassessing every 5 minutes

New confusion, respirations nearly doubling from 16/min to 30/min, and skin that has become pale and diaphoretic are clear signs of deterioration. This patient is no longer stable. When a patient's status changes from stable to unstable, the reassessment interval must shorten from every 15 minutes to every 5 minutes so that further decline is detected quickly, and the EMT should also repeat the primary assessment and address any new life threats.

Why the others are wrong

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.

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