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Exam (elaborations)

EMT Basic Final Exam Practice Test 2026 | 173 Most Tested Questions & Verified Answers | Latest Update | Graded A+

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EMT Basic Final Exam Practice Test Study Guide 2026 | Complete Review | Graded A+ 173 questions with the correct answer marked on every item, covering all the core content tested on the EMT Basic final exam. Important — scope of this document: this set covers EMT Basic final exam content only. It is a study aid designed to reinforce your understanding — not a brain dump or leaked exam. What's covered: Patient assessment and reassessment – unstable patient reassessment every 5 minutes, full-body scan sequence, assessing feet last, primary assessment priorities, emergency move before primary assessment Airway management and intubation – maximum 30 seconds per intubation attempt, laryngoscope insertion, cricoid cartilage and airway obstruction, oxygen cylinder minimum pressure for service Respiratory physiology – tidal volume 500 mL for adults, minute volume calculated as tidal volume times respiratory rate, residual volume after forced exhalation, intrapulmonary shunting, negative pressure breathing, diaphragm and intercostal muscle contraction Respiratory emergencies – Cheyne-Stokes respirations, paroxysmal nocturnal dyspnea and congestive heart failure, chronic bronchitis and airway inflammation, pleural effusion and fluid in pleural cavity, acute pulmonary edema from left-sided heart failure, pneumonia and fluid-filled alveoli, rales and dependent edema Oxygen delivery devices – nasal cannula flow rate 1 to 6 L/min, Venturi mask for precise oxygen concentration, non-rebreather mask, simple face mask, oxygen percentage in room air at 21%, flow rate effects on concentration Cardiac emergencies – cardiac output determined by stroke volume times heart rate, positive-pressure ventilation reducing preload and cardiac output, congestive heart failure, acute pulmonary edema, cardiogenic shock, myocardial infarction Pediatric emergencies – anterior fontanelle closure at 12 to 18 months, fontanelle closure by 24 months indicating developmental issues, pediatric rib flexibility and internal injury risk, padding for immobilization in supine position, respiratory failure as primary cause of pediatric cardiac arrest Pharmacology and toxicology – activated charcoal as adsorbent, 50 gram adult dose, contraindications and conscious patient assessment, heroin as opioid and CNS depressant, naloxone administration, epinephrine for anaphylaxis causing bronchodilation and vasoconstriction, antagonist vs agonist Anaphylaxis and allergic reactions – urticaria and angioedema, difficulty breathing and throat swelling, epinephrine mechanism of action, side effects including increased heart rate and hypertension Diabetes and metabolic emergencies – polydipsia, polyuria, polyphagia, diabetic ketoacidosis, ketone production from fat metabolism, blood glucose assessment Anatomical terminology – superficial, lateral, medial, dorsal meaning back, adduction toward midline, abduction away from midline, proximal vs distal, greater trochanter, supine, prone, Fowler's position Musculoskeletal and trauma – greater trochanter as hip bone prominence, thrombophilia and pulmonary embolism risk, decompression sickness and air embolism in scuba diving, emergency move for trapped patients Medical terminology and body systems – mediastinum containing heart, esophagus, trachea, and thymus, liver function in metabolism and detoxification, involuntary vs voluntary muscle, smooth muscle, skeletal muscle Patient positioning – Fowler's position for respiratory distress, supine position, prone position, recovery position, Trendelenburg position Lifting and moving patients – maximum 250 pounds with fewer than 4 rescuers, emergency move indications, draw sheet method, backboard carry techniques Respiratory assessment – normal adult respiratory rate 12 to 20 breaths per minute, shallow breathing decreasing minute volume, decreased minute volume with slow shallow respirations, adequate breathing signs

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EMT Basic (SC 115) Final Exam – Schoolcraft College 2026 |
Most Tested Questions & Verified Answers | Latest Update |
Graded A+
1. What is the recommended frequency for reassessing an unstable patient?

Every 30 minutes

Every 10 minutes

Every 15 minutes

Every 5 minutes

2. At what age in months does the anterior fontanelle usually close?

12 months

24 months

18 months

6 months

3. What is the maximum duration, in seconds, for a single intubation attempt in
an adult patient?

60 seconds

30 seconds

15 seconds

45 seconds

4. In a scenario where an EMT needs to assess a patient's injury on the arm, how
would the term 'superficial' be applied?

The injury is on the opposite side of the body.

, The injury is deep within the muscle tissue.
The injury is located in the internal organs.

The injury is located on the surface of the skin.


5. Describe the mechanism by which positive-pressure ventilation can influence
cardiac output.

Positive-pressure ventilation can increase intrathoracic pressure,
which may reduce venous return to the heart and subsequently
decrease cardiac output.

Positive-pressure ventilation has no impact on intrathoracic pressure,
thus not affecting cardiac output.

Positive-pressure ventilation decreases intrathoracic pressure,
enhancing venous return and increasing cardiac output.

Positive-pressure ventilation only affects respiratory rate, not cardiac
output.

6. In anatomical terminology, lateral is:

Away from the plane of support, "top side"

Closest to the center of the animal

Toward the plane of support, "bottom side"

Away from the center of the animal

7. Describe the role of activated charcoal in emergency medical situations.

Activated charcoal is used to adsorb toxins in the gastrointestinal
tract to prevent their absorption into the bloodstream.

Activated charcoal is used to induce vomiting in patients who have
ingested poison.

Activated charcoal is a type of intravenous fluid used for hydration.

, Activated charcoal is a medication that directly neutralizes toxins in
the body.

8. Which of the following patients is most likely to have a decreased minute
volume?

a 17 year old with deep respirations and signs of hyperventilation

a 20 year old with a head injury with shallow and slow respirations

an alert 45 year old with a possible myocardial infarction

a 30 year old in early shock with an increased respiratory rate

9. Pleural effusion is best described as:

Excess fluid collected in the pleural cavity.

Excess fluid collected in the alveolar sacs.

Aspirated fluid settled in the lower lobes of the lungs.

An empty cavity caused by erosion of lung tissue.

10. Describe the purpose of an emergency move in the context of emergency
medical care.

An emergency move is intended to provide immediate treatment to
the patient.

An emergency move is used to quickly relocate a patient to ensure
their safety before conducting a primary assessment and
treatment.

An emergency move is only necessary for unconscious patients.

An emergency move is performed to assess the patient's
consciousness level.
11. Describe the primary characteristics that differentiate involuntary muscles
from voluntary muscles.

, Involuntary muscles operate automatically without conscious
control, while voluntary muscles require conscious thought to
function.

Involuntary muscles are stronger than voluntary muscles.

Involuntary muscles are found only in the heart, while voluntary
muscles are found in limbs.

Involuntary muscles can be controlled at will, while voluntary muscles
cannot.

12. What condition is indicated by paroxysmal nocturnal dyspnea (PND), rales,
and dependent edema?

Pneumonia

Asthma

Chronic obstructive pulmonary disease

Congestive heart failure

13. Which of the following is true about positive pressure ventilation?

cardiac output increases

more air is needed to achieve the same oxygenation and ventilatory
effects of normal breathing

it reduces preload

the control of airflow is reduced

14. A person with chronic bronchitis has difficulty breathing because
their hemoglobins do not bind to oxygen well.

the airway is inflamed and narrow.

they have less alveoli in the lungs.

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