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Free NREMT practice questionsFree AEMT practice questions · Clinical Judgment

10 free AEMT practice questions: Protocol Application and Deviation

These are real questions from the same bank the app draws from. Each one is written to the NREMT AEMT content specifications and kept inside the AEMT 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

A 29-year-old patient struck in the chest by a falling beam has severe difficulty breathing. Breath sounds are absent on the right side, the neck veins are distended, and the skin is cyanotic. The vital signs are BP 78/54, P 138, R 34, and SpO₂ 85% on high-flow oxygen. The hospital is eight minutes away. What should the AEMT do next?

Show the answer and rationale

Correct answer · Support ventilation and oxygenation during transport

This patient has a tension pneumothorax. Breath sounds are absent on the right, the neck veins are distended, and the blood pressure is 78/54. This is obstructive shock. The heart itself is healthy. Air trapped in the chest is keeping the heart from filling. Recognizing a tension pneumothorax is an AEMT skill. Needle decompression, the treatment that fixes a tension pneumothorax, is not. Support ventilation and oxygenation, establish vascular access, and get this patient to definitive care. The hospital is eight minutes away.

Why the others are wrong

Perform needle decompression on the right side: Needle decompression is the right treatment for a tension pneumothorax. Only a Paramedic can perform it. An AEMT cannot, no matter how clearly the patient needs it.

Wait on scene for a paramedic unit to respond: Waiting for a paramedic unit makes sense only when the paramedic can reach the patient faster than you can reach the hospital. The hospital is eight minutes away. Waiting on scene spends this patient's time on help that is not faster.

Place a supraglottic airway before moving: A supraglottic airway is the AEMT's advanced airway, and it helps when the upper airway is the problem. This patient's problem is pressure in the chest. A supraglottic airway does nothing for that pressure.

Question 2 of 10

A 55-year-old patient in shock after a fall needs intraosseous access. The AEMT selects the left proximal tibia, then finds an obvious deformity of the left tibia with swelling over the shaft. What should the AEMT do?

Show the answer and rationale

Correct answer · Insert in the opposite leg instead

The left tibia is likely fractured. There is an obvious deformity with swelling over the shaft. A fractured bone cannot be used for an IO. Fluid pushed into a broken bone leaks out through the fracture into the tissue around it. That fluid never reaches the circulation. The line looks like it is working, and nothing is getting to the patient. When the bone you picked is fractured, you move to a different site. The opposite leg is the usual choice. Place the IO in the right leg instead.

Why the others are wrong

Insert below the deformity on the same leg: Going below the deformity keeps the needle away from the part of the leg that looks injured. Fluid given below the break still has to travel through the broken bone to reach the circulation. That's the same reason you do not start an IV below a fracture.

Insert above the deformity on the same leg: Going above the break puts the needle closer to the heart than the injury. The rule covers the whole bone, not just the part that looks hurt. You cannot see from the outside how far the break runs inside the bone. A fractured tibia is the wrong tibia at either end.

Insert into the left distal tibia: The distal tibia, just above the medial malleolus, is a real IO site. In this patient, the distal tibia is part of the same broken bone. The fracture rules out every site on the left tibia.

Question 3 of 10

A 34-year-old patient reports sharp left-sided chest pain that started while carrying boxes up a flight of stairs. The pain is worse on deep breathing and is reproduced when the AEMT presses over the ribs. The skin is warm and dry. The vital signs are BP 132/80, P 88, R 18, and SpO₂ 99% on room air. The service's chest pain protocol authorizes aspirin for chest pain. What should the AEMT do about the aspirin?

Show the answer and rationale

Correct answer · Withhold it, since the pain is not of suspected ischemic origin

This is chest wall pain, not ischemic chest pain. The pain started while carrying boxes up the stairs, gets worse with a deep breath, and comes back when you press on the ribs. Pain you can reproduce by pressing is a chest wall pattern, not a heart pattern. Aspirin is for ischemic chest pain. Aspirin keeps platelets from clumping on a plaque that has cracked open in a coronary artery. The whole reason to give aspirin is a clot forming in that artery. The protocol is titled chest pain, and the indication inside it says suspected ischemic origin. The indication is what you follow. Read the indication line, not just the heading, before you give anything.

Why the others are wrong

Give it, since the protocol authorizes aspirin for chest pain: The protocol does say chest pain, and the heading gets you to the right page. This patient still has to meet the indication written under the heading. Chest wall pain does not meet it.

Give it, since aspirin carries little risk in a healthy patient: Aspirin is low risk in a healthy young patient. Low risk is not an indication. Giving a medication outside what the protocol allows is acting outside the protocol, no matter how safe the medication is.

Withhold it until the pain has lasted longer than thirty minutes: Some protocols do use how long the pain has lasted as a rule. Waiting does not turn chest wall pain into ischemic pain. No amount of time makes this patient eligible for aspirin.

Question 4 of 10

A 77-year-old patient is in severe respiratory distress with crackles through both lung fields. The service protocol authorizes CPAP for this presentation. While the circuit is being assembled the patient vomits, becomes difficult to rouse, and stops following commands. The vital signs are BP 148/90, P 112, R 30, and SpO₂ 87% on high-flow oxygen. What should the AEMT do?

Show the answer and rationale

Correct answer · Suction the airway and ventilate with a BVM

CPAP is no longer safe for this patient. The crackles in both lungs point to pulmonary edema, which is fluid in the lungs. The machine holds the airways open, and the patient does the breathing. CPAP only works in a patient who is awake enough to protect the airway and keep a seal. While the circuit was being set up, the patient vomited, became difficult to rouse, and stopped following commands. Those are two contraindications showing up at once. A mask strapped over a patient who cannot clear vomit turns a breathing problem into an aspiration problem. Suction the airway first. Then breathe for the patient with a BVM. The protocol did allow CPAP, and this patient stopped qualifying for CPAP between the order and the setup.

Why the others are wrong

Apply the device at the lowest pressure the protocol lists: Lowering the pressure would make sense if the pressure setting were the problem. The problem here is the patient's airway and mental status, not the number on the dial. No setting makes CPAP safe for a patient who vomited and stopped following commands.

Suction the airway and then apply the device as planned: Suctioning first is right, and the airway does need to be cleared. A patient who vomited and stopped following commands is still not going to hold a seal or protect the airway after suctioning. CPAP still does not fit.

Apply the mask and hold a seal manually through the vomiting: The patient is hypoxic at 87%, and the mask is already out. Holding a seal over active vomiting pushes stomach contents into the lungs. Preventing that aspiration is the reason the contraindication exists.

Question 5 of 10

An AEMT receives a verbal order by radio, repeats it back, and gives the medication. What must the patient care report record about the order?

Show the answer and rationale

Correct answer · Who gave the order and exactly what was ordered

The report has to record who gave the order and exactly what was ordered. A verbal order has no written record until you put it in the report. Write down the physician who gave the order. Write down the order in the exact terms the physician used, including the medication, the amount, and the route. A reviewer uses that record to see why you gave a medication no standing order covers. The same record protects you and the physician if the call is questioned later. Repeating the order back only makes sure you heard it right on the radio. The report is where the order is kept after the call ends.

Why the others are wrong

That the order matched a standing order already in place: Matching the order to a standing order sounds like it makes the record stronger. If a standing order already covered this medication, you would not have needed a verbal order at all. Writing that down records the wrong thing.

The radio channel and the time the channel cleared: Times do belong in a report. The radio channel and the time the channel cleared do not say who authorized the medication or what was authorized. Those two facts are what a reviewer needs.

That the order was received en route rather than on scene: Where you were when the order came in can matter for the timeline. Being en route or on scene does not tell anyone which physician gave the order or what the order said. The two pieces the report has to have are still missing.

Question 6 of 10

A 79-year-old patient with a history of heart failure and no lung disease has been increasingly short of breath for two days and now cannot lie flat. Wheezing is audible at the mouth, crackles are present at both bases, the neck veins are full, and both ankles are swollen. The vital signs are BP 174/98, P 104, R 26, and SpO₂ 90% on oxygen. The service's respiratory distress protocol authorizes a nebulized bronchodilator for wheezing. What should the AEMT do?

Show the answer and rationale

Correct answer · Withhold the bronchodilator, since the wheeze is from fluid

Withhold the bronchodilator, because this wheeze is from pulmonary edema. This patient has a history of heart failure and no lung disease. The breathing got worse over two days, and now the patient cannot lie flat. There are crackles at both bases, full neck veins, and swelling in both ankles. A wheeze means air is squeezing through narrowed small airways. Fluid backed up into the lungs narrows those airways the same way tight airway muscle does. That's why heart failure can wheeze. A bronchodilator relaxes airway muscle. The bronchodilator does nothing to fluid in the alveoli. The protocol lists the bronchodilator for wheezing, and the wheezing the protocol is written for is bronchospasm. Keep this patient sitting up on oxygen, and treat the pulmonary edema.

Why the others are wrong

Give the bronchodilator and watch what the wheezing does: Giving a treatment and watching the response is a fair way to work in a real asthma or COPD flare. Here the wait takes time away from the treatment that would help. The bronchodilator can also push up a heart rate of 104 in a patient whose heart is the problem.

Give the bronchodilator, since the wheezing is audible: The wheezing is real, and you can hear the wheezing at the mouth. Fluid in the alveoli makes the same sound, and the bronchodilator cannot reach fluid. Hearing a wheeze is not enough by itself to give the bronchodilator.

Withhold the bronchodilator and every remaining protocol step: Withholding the bronchodilator is right. Stopping every other step takes away care this patient still needs. Oxygen, sitting upright, and the rest of the pulmonary edema care all still apply.

Question 7 of 10

A 61-year-old patient presents with crushing substernal chest pain and diaphoresis. The vital signs are BP 138/84. The AEMT's chest pain protocol authorizes aspirin and nitroglycerin. During history-taking, the patient reports taking tadalafil (a PDE5 inhibitor) approximately 12 hours ago. What is the correct action regarding nitroglycerin?

Show the answer and rationale

Correct answer · Withhold nitroglycerin due to the risk of severe hypotension from the interaction, and contact medical control

Withhold the nitroglycerin and contact medical control. The patient took tadalafil about 12 hours ago. Tadalafil is a PDE5 inhibitor. Nitroglycerin is contraindicated for up to 48 hours after tadalafil. The window is 24 hours for sildenafil and vardenafil. Nitroglycerin and PDE5 inhibitors both dilate blood vessels through the same nitric oxide pathway. Together they can cause severe hypotension that does not respond to treatment. In a patient having a heart attack, the low pressure cuts blood flow to the heart muscle even more. The interaction does not affect aspirin, so aspirin and the rest of the protocol still apply. Contact medical control about other ways to manage the pain.

Why the others are wrong

Administer nitroglycerin as indicated by the chest pain protocol, since the protocol does not specifically mention tadalafil: The protocol not naming tadalafil does not make nitroglycerin safe. PDE5 inhibitor use is a contraindication to nitroglycerin whether the protocol page lists it or not. Tadalafil taken 12 hours ago is well inside the 48 hour window. Nitroglycerin now risks the same severe hypotension.

Withhold both aspirin and nitroglycerin until medical control has cleared every part of the treatment plan: Holding everything until medical control clears it sounds safe, but aspirin has no interaction with PDE5 inhibitors. The blood pressure is 138/84, and nothing in this patient contraindicates aspirin. The risk only applies to nitroglycerin, so aspirin should not be held.

Administer nitroglycerin at half the usual dose in order to reduce the risk of hypotension from the interaction: A smaller dose makes sense for a drug whose risk goes up with the dose. This interaction does not work that way. Any amount of nitroglycerin can cause the same drop in blood pressure with tadalafil on board. No dose is safe inside the 48 hour window. Withhold the nitroglycerin and let medical control direct the pain management.

Question 8 of 10

An AEMT is transporting a 47-year-old patient who reports severe nausea and has vomited three times. The AEMT contacts online medical control, and the physician orders an antiemetic by the intravenous route. While the medication is being drawn up, the patient states, "I had a bad reaction to that one in the hospital last year. My throat swelled up." The vital signs are BP 124/78, P 96, and R 16, with an SpO₂ of 98% on room air. Which action is most appropriate?

Show the answer and rationale

Correct answer · Report the reaction to the physician and request further direction

The patient just told you their throat swelled up after this drug last year. Throat swelling from a drug is anaphylaxis. A history of anaphylaxis to a drug is a hard contraindication to giving that drug again. The antiemetic is inside the AEMT scope, and the order made sense until the patient spoke up. The physician gave the order without knowing about the reaction. You are the one holding the new information. Anything you learn after an order is given goes back to the physician who gave it. Hold the drug, report the reaction to the physician, and ask for new direction.

Why the others are wrong

Give the medication as ordered, since the physician has authorized it: A physician's order covers the information the physician had at the time. The order fit until the patient described throat swelling with this same drug. Giving a drug you now know is contraindicated makes you the source of the harm.

Give the medication and monitor closely for an allergic reaction: Close monitoring is how you handle a drug the patient has never reacted to. This patient already had airway swelling from this exact drug. That history is a contraindication, not a risk to watch for. Watching closely does not make the drug any safer to give.

Withhold the medication and document that the order was declined: Withholding the drug does protect the patient. The physician still does not learn why the order was not carried out. The physician may repeat the order, or order something else, still missing the reaction history. Report the reaction so the physician can decide with the full information.

Question 9 of 10

An AEMT is transporting a 29-year-old patient who became combative on scene and was placed in soft limb restraints under the service's restraint protocol with law enforcement present. Ten minutes into transport the patient is quiet, apologizes for the earlier behavior, and asks to be released, saying "I promise I will hold still the rest of the way." The airway is patent and the breathing is unlabored. The hands and feet are warm, and radial pulses are strong below the restraints. What should the AEMT do?

Show the answer and rationale

Correct answer · Leave the restraints in place and continue to monitor circulation

Once restraints are applied under protocol, you do not take them off during transport unless the restraints themselves are putting the patient at risk. A promise to behave is not a reason to take restraints off. This patient's hands and feet are warm, and the radial pulses below the restraints are strong. The restraints are not hurting this patient. You still watch the airway, breathing, and circulation the whole time the patient is restrained. Restraints that are put on wrong or not watched can cause positional asphyxia, aspiration, and injury to circulation. Leave the restraints on, continue the circulation checks, and document the change in behavior.

Why the others are wrong

Remove the restraints, since the patient is now cooperative: Taking restraints off en route is right when the restraints themselves are putting the patient at risk. This patient has warm hands and feet with strong radial pulses, so the restraints are not causing harm. A promise to hold still is not a reason to remove them. The behavior that got the patient restrained can come back in seconds in a moving ambulance.

Remove the wrist restraints and leave the ankle restraints in place: Taking off only the wrist restraints is still taking restraints off. Freeing the wrists frees the arms, and the arms are the limbs most able to hurt the crew. A patient's promise to cooperate is not one of the reasons to remove restraints during transport.

Discontinue the circulation checks now that the patient is calm: Circulation checks are not only for a patient who is fighting the restraints. You check circulation, breathing, and the airway the whole time a patient is restrained. A quiet patient can develop a problem from the restraints without complaining about it.

Question 10 of 10

An AEMT arrives at a residence for a patient found unresponsive in bed by a roommate. The patient is pulseless and apneic. The skin along the back and buttocks where the body rests against the mattress is deeply discolored, and the jaw and both arms are rigid and cannot be moved. The service's protocol authorizes withholding resuscitation when these findings are present, and the AEMT withholds resuscitation. What should the patient care report contain to support that decision?

Show the answer and rationale

Correct answer · The physical findings observed and the protocol they satisfy

A decision to withhold resuscitation gets reviewed after the call, and nothing done later can undo it. The report has to explain the decision by itself. Record the physical exam findings that led to the decision. Then name the protocol that says those findings are a reason not to start. Here you found dependent lividity, the deep discoloration of the skin along the back and buttocks where the body rested on the mattress. You also found rigor mortis, with the jaw and both arms rigid and unable to move. Write both findings down and name the part of the protocol they meet. A reviewer can then check your decision against what you saw.

Why the others are wrong

The name of the protocol and a statement that its criteria were met: Naming the protocol and saying its criteria were met only records your conclusion. Someone reading the report months later has nothing to check that statement against. The findings are what prove the criteria were met, and this report leaves them out.

The roommate's account of the patient's health before the event: The roommate's account is useful history. History did not meet the protocol criteria, and a roommate can be wrong. The decision rested on the lividity and rigor mortis you saw yourself, and those findings are what the report has to show.

A copy of the service's protocol attached to the report: Attaching the protocol shows what the criteria are. A copy of the protocol says nothing about whether this patient met them. Only the findings you write down show the patient met the criteria.

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