PARAMEDIC FINAL EXAM 2026–2027
(150 QUESTIONS AND CORRECT ANSWERS) • ALREADY GRADED A+ • 100%
VERIFIED
Emergency Medical Services & Advanced Prehospital Care — National Registry of Emergency Medical
Technicians (NREMT) / State EMS Boards
Key Domains: Airway Management • Cardiology • Trauma • Medical Emergencies • Obstetrics & Pediatrics • EMS
Operations • Pharmacology
Introduction
This structured PARAMEDIC FINAL EXAM format for 2026–2027 provides a complete layout of high-
quality exam-style questions with correct answers and rationales. It emphasizes foundational
advanced prehospital care principles, evidence-based clinical interventions, patient safety protocols,
and regulatory compliance critical to professional paramedic practice and successful national
certification.
Exam Length Note: While comprehensive study guides and third-party test banks may advertise
varying question pools, the official, verified question count for the actual PARAMEDIC FINAL
EXAMINATION (NREMT Paramedic Cognitive Exam) administered by the testing body is exactly 150
multiple-choice questions, comprising 135 scored items and 15 unscored pilot items. The header
reflects the authentic exam length.
Answer Format & Randomization Protocol: All correct answers appear in bold cyan and are
accompanied by concise rationales explaining the safety/clinical reasoning, protocol adherence, and
why the alternative options are less appropriate. The placement of the correct choice (A, B, C, or D) has
been strictly and unpredictably randomized for every question: because 150 is not divisible by 4, the
distribution is the closest even split possible (38 A, 38 B, 37 C, and 37 D across the 150 items), no two
consecutive questions share the same correct letter, and no predictable pattern was used, ensuring an
authentic exam simulation. A complete answer key is provided at the end of the document.
SECTION 1: AIRWAY MANAGEMENT
1. The most important step in managing a patient's airway is to:
A. Open the airway using the appropriate manual maneuver (head-tilt/chin-lift or jaw-
thrust)
B. Give oxygen
C. Suction first
D. Insert an advanced airway immediately
Rationale: Opening and maintaining the airway is the first priority in every patient; manual
maneuvers (head-tilt/chin-lift for non-trauma, jaw-thrust for suspected spinal injury) come before
adjuncts and ventilation. Advanced airways, suction, and oxygen support but do not replace the
opening maneuver.
,2. For a patient with a suspected cervical spine injury, the airway should be opened using the:
A. Neck extension
B. Head-tilt/chin-lift
C. Jaw-thrust maneuver without head tilt
D. Head-tilt alone
Rationale: The jaw-thrust is used for suspected spinal injury because it opens the airway without
moving the neck. Head-tilt and neck extension are contraindicated in potential spine injury.
3. The correct head position for opening the airway of an unconscious, non-trauma patient is:
A. Head-tilt, chin-lift
B. Neutral with no support
C. Jaw-thrust
D. Sniffing position only
Rationale: The head-tilt/chin-lift opens the airway by lifting the tongue off the posterior pharynx in
non-trauma patients. The jaw-thrust is for suspected spinal injury, and the sniffing position
optimizes the airway for intubation.
4. The most reliable indicator of adequate artificial ventilation is:
A. The ventilator's pressure reading
B. Visible, symmetric chest rise and fall
C. Skin color
D. Hearing air escape
Rationale: Chest rise confirms that air is entering the lungs. Pressure readings, sounds, and skin
color are indirect and can be misleading.
5. The recommended ventilation rate for an adult in cardiac arrest with an advanced airway is:
A. 30 breaths/min
B. 1 breath every 2 seconds
C. 1 breath every 6 seconds (10 breaths/min)
D. 12 breaths/min with pauses
Rationale: With an advanced airway, continuous compressions are paired with 1 ventilation every
6 seconds (about 10/min). Without an advanced airway, the 30:2 ratio applies.
6. When ventilating a patient without an advanced airway, each breath should be delivered
over approximately:
A. 0.25 seconds
B. 5 seconds
C. 3-4 seconds
D. 1 second (just enough to see chest rise)
Rationale: A 1-second ventilation that produces visible chest rise minimizes gastric insufflation and
meets the recommended ratio. Longer or forceful breaths inflate the stomach.
7. The oropharyngeal airway (OPA) is appropriate for:
A. An unconscious patient without a gag reflex
B. A patient who is talking
, C. A patient with a strong gag reflex
D. A conscious patient
Rationale: The OPA is used only in unconscious patients who lack a gag reflex; it can cause
vomiting and laryngospasm in a patient with an intact gag. Awake/talking patients need other
airway management.
8. The nasopharyngeal airway (NPA) is the preferred adjunct when:
A. The patient is conscious and alert
B. The patient has a gag reflex or trismus, or the OPA cannot be used
C. Facial trauma is severe
D. There is a suspected basilar skull fracture
Rationale: The NPA bypasses the gag reflex and is well tolerated in semi-conscious patients. It is
contraindicated with suspected basilar skull fracture (risk of intracranial placement) and severe
facial trauma.
9. A nasopharyngeal airway is CONTRAINDICATED in a patient with:
A. A gag reflex
B. An unconscious state
C. Suspected basilar skull fracture (e.g., Battle's sign, raccoon eyes, CSF leak)
D. Trismus
Rationale: An NPA can pass into the cranial vault through a basilar skull fracture, so it is
contraindicated with suspected skull base injury. Gag reflex, trismus, and unconsciousness are
indications, not contraindications.
10. Suctioning a patient's airway should not exceed:
A. 10 seconds per pass (with preoxygenation)
B. 30 seconds per pass
C. 5 seconds per pass
D. 1 minute per pass
Rationale: Suction passes are limited to about 10 seconds to prevent hypoxia, especially in children;
preoxygenation and limiting passes reduce desaturation. Longer suctioning causes hypoxemia.
11. The maximum suction pressure recommended for an adult is approximately:
A. 50 mmHg
B. 600 mmHg
C. 400 mmHg
D. 120-150 mmHg (up to 300 mmHg with a wide-bore catheter per some guidelines)
Rationale: Adult suction is typically set at 120-150 mmHg (some wide-bore catheters allow up to
300 mmHg); children use 80-120 and infants less. Excessive pressure traumatizes mucosa.
12. The normal EtCO2 range for a spontaneously breathing adult is approximately:
A. 35-45 mmHg
B. 50-60 mmHg
C. 20-25 mmHg
D. 10-15 mmHg
, Rationale: Normal end-tidal CO2 is 35-45 mmHg, reflecting adequate ventilation. Lower values
suggest hyperventilation or low cardiac output; higher values suggest hypoventilation.
13. After intubation, the MOST reliable immediate confirmation of tracheal placement is:
A. Chest x-ray
B. Mist in the tube
C. Continuous waveform capnography showing exhaled CO2
D. Listening over the stomach
Rationale: Continuous waveform capnography is the gold standard for confirming and monitoring
tube placement. X-ray confirms depth but is not immediate; stomach sounds and tube mist can be
misleading.
14. Which of the following is a sign of accidental esophageal intubation?
A. Absent CO2 on capnography with no chest rise and gurgling over the epigastrium
B. Normal capnography waveform
C. Rising EtCO2 with chest rise
D. Bilateral breath sounds
Rationale: Esophageal placement shows no exhaled CO2, no chest rise, and epigastric gurgling; the
tube must be removed and ventilation resumed. A normal capnogram and bilateral breath sounds
indicate tracheal placement.
15. The correct depth for endotracheal tube insertion in an adult male is typically:
A. 30 cm
B. 21-23 cm at the teeth (approximately 3x the tube size)
C. 15 cm
D. 10-12 cm
Rationale: Adult male ETT depth is typically 21-23 cm at the incisors (females 20-22 cm), often
estimated as 3x the tube internal diameter. Shallow or deep placement risks extubation or
mainstem intubation.
16. The 'BURP' maneuver during laryngoscopy involves:
A. Right lateral rotation
B. Backward pressure on the chest
C. Upward head tilt
D. Backward, Upward, Rightward Pressure on the larynx to improve the view
Rationale: BURP displaces the larynx to improve glottic visualization during intubation. It is a
laryngeal manipulation, not chest, head, or body positioning.
17. Rapid sequence intubation (RSI) involves:
A. Intubating without any drugs
B. Only paralysis with a slow onset
C. Administering a sedative and a paralytic in rapid succession to facilitate intubation
D. Only sedation
(150 QUESTIONS AND CORRECT ANSWERS) • ALREADY GRADED A+ • 100%
VERIFIED
Emergency Medical Services & Advanced Prehospital Care — National Registry of Emergency Medical
Technicians (NREMT) / State EMS Boards
Key Domains: Airway Management • Cardiology • Trauma • Medical Emergencies • Obstetrics & Pediatrics • EMS
Operations • Pharmacology
Introduction
This structured PARAMEDIC FINAL EXAM format for 2026–2027 provides a complete layout of high-
quality exam-style questions with correct answers and rationales. It emphasizes foundational
advanced prehospital care principles, evidence-based clinical interventions, patient safety protocols,
and regulatory compliance critical to professional paramedic practice and successful national
certification.
Exam Length Note: While comprehensive study guides and third-party test banks may advertise
varying question pools, the official, verified question count for the actual PARAMEDIC FINAL
EXAMINATION (NREMT Paramedic Cognitive Exam) administered by the testing body is exactly 150
multiple-choice questions, comprising 135 scored items and 15 unscored pilot items. The header
reflects the authentic exam length.
Answer Format & Randomization Protocol: All correct answers appear in bold cyan and are
accompanied by concise rationales explaining the safety/clinical reasoning, protocol adherence, and
why the alternative options are less appropriate. The placement of the correct choice (A, B, C, or D) has
been strictly and unpredictably randomized for every question: because 150 is not divisible by 4, the
distribution is the closest even split possible (38 A, 38 B, 37 C, and 37 D across the 150 items), no two
consecutive questions share the same correct letter, and no predictable pattern was used, ensuring an
authentic exam simulation. A complete answer key is provided at the end of the document.
SECTION 1: AIRWAY MANAGEMENT
1. The most important step in managing a patient's airway is to:
A. Open the airway using the appropriate manual maneuver (head-tilt/chin-lift or jaw-
thrust)
B. Give oxygen
C. Suction first
D. Insert an advanced airway immediately
Rationale: Opening and maintaining the airway is the first priority in every patient; manual
maneuvers (head-tilt/chin-lift for non-trauma, jaw-thrust for suspected spinal injury) come before
adjuncts and ventilation. Advanced airways, suction, and oxygen support but do not replace the
opening maneuver.
,2. For a patient with a suspected cervical spine injury, the airway should be opened using the:
A. Neck extension
B. Head-tilt/chin-lift
C. Jaw-thrust maneuver without head tilt
D. Head-tilt alone
Rationale: The jaw-thrust is used for suspected spinal injury because it opens the airway without
moving the neck. Head-tilt and neck extension are contraindicated in potential spine injury.
3. The correct head position for opening the airway of an unconscious, non-trauma patient is:
A. Head-tilt, chin-lift
B. Neutral with no support
C. Jaw-thrust
D. Sniffing position only
Rationale: The head-tilt/chin-lift opens the airway by lifting the tongue off the posterior pharynx in
non-trauma patients. The jaw-thrust is for suspected spinal injury, and the sniffing position
optimizes the airway for intubation.
4. The most reliable indicator of adequate artificial ventilation is:
A. The ventilator's pressure reading
B. Visible, symmetric chest rise and fall
C. Skin color
D. Hearing air escape
Rationale: Chest rise confirms that air is entering the lungs. Pressure readings, sounds, and skin
color are indirect and can be misleading.
5. The recommended ventilation rate for an adult in cardiac arrest with an advanced airway is:
A. 30 breaths/min
B. 1 breath every 2 seconds
C. 1 breath every 6 seconds (10 breaths/min)
D. 12 breaths/min with pauses
Rationale: With an advanced airway, continuous compressions are paired with 1 ventilation every
6 seconds (about 10/min). Without an advanced airway, the 30:2 ratio applies.
6. When ventilating a patient without an advanced airway, each breath should be delivered
over approximately:
A. 0.25 seconds
B. 5 seconds
C. 3-4 seconds
D. 1 second (just enough to see chest rise)
Rationale: A 1-second ventilation that produces visible chest rise minimizes gastric insufflation and
meets the recommended ratio. Longer or forceful breaths inflate the stomach.
7. The oropharyngeal airway (OPA) is appropriate for:
A. An unconscious patient without a gag reflex
B. A patient who is talking
, C. A patient with a strong gag reflex
D. A conscious patient
Rationale: The OPA is used only in unconscious patients who lack a gag reflex; it can cause
vomiting and laryngospasm in a patient with an intact gag. Awake/talking patients need other
airway management.
8. The nasopharyngeal airway (NPA) is the preferred adjunct when:
A. The patient is conscious and alert
B. The patient has a gag reflex or trismus, or the OPA cannot be used
C. Facial trauma is severe
D. There is a suspected basilar skull fracture
Rationale: The NPA bypasses the gag reflex and is well tolerated in semi-conscious patients. It is
contraindicated with suspected basilar skull fracture (risk of intracranial placement) and severe
facial trauma.
9. A nasopharyngeal airway is CONTRAINDICATED in a patient with:
A. A gag reflex
B. An unconscious state
C. Suspected basilar skull fracture (e.g., Battle's sign, raccoon eyes, CSF leak)
D. Trismus
Rationale: An NPA can pass into the cranial vault through a basilar skull fracture, so it is
contraindicated with suspected skull base injury. Gag reflex, trismus, and unconsciousness are
indications, not contraindications.
10. Suctioning a patient's airway should not exceed:
A. 10 seconds per pass (with preoxygenation)
B. 30 seconds per pass
C. 5 seconds per pass
D. 1 minute per pass
Rationale: Suction passes are limited to about 10 seconds to prevent hypoxia, especially in children;
preoxygenation and limiting passes reduce desaturation. Longer suctioning causes hypoxemia.
11. The maximum suction pressure recommended for an adult is approximately:
A. 50 mmHg
B. 600 mmHg
C. 400 mmHg
D. 120-150 mmHg (up to 300 mmHg with a wide-bore catheter per some guidelines)
Rationale: Adult suction is typically set at 120-150 mmHg (some wide-bore catheters allow up to
300 mmHg); children use 80-120 and infants less. Excessive pressure traumatizes mucosa.
12. The normal EtCO2 range for a spontaneously breathing adult is approximately:
A. 35-45 mmHg
B. 50-60 mmHg
C. 20-25 mmHg
D. 10-15 mmHg
, Rationale: Normal end-tidal CO2 is 35-45 mmHg, reflecting adequate ventilation. Lower values
suggest hyperventilation or low cardiac output; higher values suggest hypoventilation.
13. After intubation, the MOST reliable immediate confirmation of tracheal placement is:
A. Chest x-ray
B. Mist in the tube
C. Continuous waveform capnography showing exhaled CO2
D. Listening over the stomach
Rationale: Continuous waveform capnography is the gold standard for confirming and monitoring
tube placement. X-ray confirms depth but is not immediate; stomach sounds and tube mist can be
misleading.
14. Which of the following is a sign of accidental esophageal intubation?
A. Absent CO2 on capnography with no chest rise and gurgling over the epigastrium
B. Normal capnography waveform
C. Rising EtCO2 with chest rise
D. Bilateral breath sounds
Rationale: Esophageal placement shows no exhaled CO2, no chest rise, and epigastric gurgling; the
tube must be removed and ventilation resumed. A normal capnogram and bilateral breath sounds
indicate tracheal placement.
15. The correct depth for endotracheal tube insertion in an adult male is typically:
A. 30 cm
B. 21-23 cm at the teeth (approximately 3x the tube size)
C. 15 cm
D. 10-12 cm
Rationale: Adult male ETT depth is typically 21-23 cm at the incisors (females 20-22 cm), often
estimated as 3x the tube internal diameter. Shallow or deep placement risks extubation or
mainstem intubation.
16. The 'BURP' maneuver during laryngoscopy involves:
A. Right lateral rotation
B. Backward pressure on the chest
C. Upward head tilt
D. Backward, Upward, Rightward Pressure on the larynx to improve the view
Rationale: BURP displaces the larynx to improve glottic visualization during intubation. It is a
laryngeal manipulation, not chest, head, or body positioning.
17. Rapid sequence intubation (RSI) involves:
A. Intubating without any drugs
B. Only paralysis with a slow onset
C. Administering a sedative and a paralytic in rapid succession to facilitate intubation
D. Only sedation
