Test Prep NREMT Exam Actual Questions
National Registry Emergency Medical Technician (Page 9 )

Updated On: 17-Jul-2026

The lungs are made up of how many lobes?

  1. 4
  2. 5
  3. 2
  4. 6

Answer(s): B

Explanation:

There are three lobes on the right lung including the upper, middle and lower. The left lung has two lobes including the upper and lower. The left lung only has two lobes because of the room needed for the heart, which is on the left side.



You arrive on scene to a car accident and are treating a 35-year-old patient. He is unresponsive and not breathing. You should open his airway by _______________.

  1. opening his mouth wide, while slightly hyperextending his neck
  2. placing a cervical collar and then doing a head-tilt / chin-lift
  3. doing the head-tilt / chin-lift
  4. doing the jaw thrust maneuver

Answer(s): D

Explanation:

The patient was in a car accident and injuries are not entirely known. The jaw thrust technique should be used to open the airway if a cervical injury is suspected.



You have a patient who has a history of asthma and is having shortness of breath. The patient has a doctor’s prescription to take 4 puffs of an Albuterol MDI every four hours as needed. Your local EMS policies allow you to help a patient self-administer the MDI.
What side effect should you watch for from the MDI?

  1. vomiting
  2. increased heart rate
  3. sleepiness
  4. bradycardia

Answer(s): B

Explanation:

Albuterol, a bronchodilator used to treat asthma, may cause cardiovascular side effects such as increased heart rate.



You have an unresponsive patient with an intact gag reflex. You attempt to place a nasal airway in his right nostril, but you meet resistance and cannot insert. You should:

  1. try a smaller size.
  2. switch to an oral airway.
  3. push it in with more force.
  4. try the other nostril and be sure you have lubricated the device.

Answer(s): D

Explanation:

You do not want to use the wrong size airway or it will not be effective. Never force the airway in. An oral airway will not be tolerated with a patient with an intact gag reflex.



You’re treating an adult patient who is wearing a non-rebreather. The reservoir bag collapses on inspiration.
What action(s) should you take?

  1. Tell the patient to take deeper breaths and blow out harder.
  2. Make sure the bag is connected to an O2 source and the flow is at least 10 LPM.
  3. Tell the patient to relax and breathe slower.
  4. Switch to a nasal cannula.

Answer(s): B

Explanation:

A non-rebreather should be used with an oxygen flow rate high enough to inflate the reservoir bag, which is a minimum of 10 LPM. Switching to a nasal cannula will not deliver the same FiO2. The rate or depth a person inhales does not cause the reservoir bag to collapse.



Symptoms of asthma most often include:

  1. a headache.
  2. fever and runny nose.
  3. vomiting and confusion.
  4. wheezing, shortness of breath, and coughing.

Answer(s): D

Explanation:

Asthma causes a constriction of the airways and increased mucus production, which often causes shortness of breath, wheezing breath sounds, and a cough. Fever, vomiting, confusion and a runny nose are not typical.



You are treating a patient who is a construction worker and he fell from a residential rooftop. His breaths are shallow and irregular.
What should you do?

  1. You should administer mock ventilations with a bag-mask device and high flow oxygen.
  2. You should obtain an SaO2 reading before deciding if oxygen is needed.
  3. You should apply a non-rebreather mask with high flow oxygen.
  4. You should apply a nasal cannula and re-evaluate the patient.

Answer(s): A

Explanation:

When a patient has this type of extreme injury, a reduced LOC and shallow, inconsistent breathing patterns, BVM ventilations should be administered. Do not withhold ventilations in order to get a pulse oximeter reading. The NRB and nasal cannula are inappropriate for patients with insufficient ventilations.



When there isn’t enough oxygen being delivered to the body’s tissues, this is called:

  1. hypercarbia.
  2. hypoperfusion.
  3. hypoxia.
  4. shock.

Answer(s): C

Explanation:

Hypoxia is when there is insufficient oxygen delivery to the body’s tissues. Hypercarbia is when there are abnormally high carbon dioxide levels in the system. Shock and hypoperfusion both relate to inadequate tissue perfusion.



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