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10 free EMT practice questions: Equipment Readiness & Ambulance Check

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.

Work through all 10, then move on to the next topic. When you want the full picture, the free EMT diagnostic covers every topic in one sitting. No account needed for any of it.

Question 1 of 10

During transport from an industrial site, a patient begins vomiting and is positioned on their side. Vomit remains in the mouth, and the portable suction unit does not run when the EMT switches it on. What should the EMT do next?

Show the answer and rationale

Correct answer · Use the suction unit mounted in the patient compartment

The patient is already inside the ambulance, where the mounted suction unit is an independent second source of suction, which is the reason both units are carried. An airway with liquid in it is a time problem, so the correct move is the one that produces suction immediately rather than the one that repairs the failed device. Troubleshooting, stopping the ambulance, or reaching into the mouth all spend time while material sits where it can be aspirated. The portable unit is tagged, removed from service, and replaced after the call.

Why the others are wrong

Change the battery in the portable unit and try it again: Changing the battery and trying the portable unit again spends time troubleshooting a failed device when a working second source is already available inside the ambulance.

Clear the mouth with a gloved finger sweep: A gloved finger sweep isn't an appropriate substitute for suction and doesn't address liquid vomitus the way suction does.

Ask the driver to stop so the portable unit can be checked: Asking the driver to stop so the portable unit can be checked delays clearing an airway with liquid in it, when the mounted unit can provide suction immediately without stopping.

Question 2 of 10

An EMT is checking the airway equipment carried on the ambulance at 1900. The battery-powered portable suction unit runs and holds a charge. Which additional device allows suctioning to continue if that unit loses power during a call?

Show the answer and rationale

Correct answer · A manually operated suction device

Suction is one of the few interventions with no workaround when the equipment quits, so ambulances carry a hand-powered unit that needs no battery or vehicle power. Checking that the backup is present and functional is part of the same equipment check that covers the powered unit. The distinction that matters is between a device that generates vacuum and the parts that only carry or direct it.

Why the others are wrong

A rigid pharyngeal suction tip: the delivery end of the suction system. It doesn't generate vacuum on its own and is useless if there's no power source driving it.

A large-bore suction catheter: also just a delivery component, not a source of vacuum. It depends on a working powered or manual unit behind it.

A spare collection canister and tubing: A spare canister and tubing are parts that carry and collect what's suctioned. They don't generate suction themselves if the powered unit fails.

Question 3 of 10

An EMT is checking equipment before a shift assigned to a youth soccer tournament. The unit may need to transport a 3-year-old patient who does not require the stretcher. Which equipment allows that patient to be transported safely in the patient compartment?

Show the answer and rationale

Correct answer · A size-appropriate child passenger restraint

A small child is restrained by a device built and tested for the child's size and weight, and the ambulance has to carry one before it can transport children who do not need the stretcher. Adult securement hardware is spaced and shaped for an adult torso, so it leaves a small child able to move inside the restraint and concentrates crash forces in the wrong places. Carrying the right device is an inventory question answered during the check, not something improvised on scene.

Why the others are wrong

The stretcher straps tightened across the child: Stretcher straps tightened across a small child are spaced and shaped for an adult torso, leaving the child able to move inside the restraint during a crash.

A caregiver holding the child on the bench seat: provides no crash protection at all and risks the child being crushed between the caregiver and the vehicle interior during a collision.

A pediatric backboard strapped to the bench seat: isn't a substitute for a proper child passenger restraint system designed and tested for securing a child during transport.

Question 4 of 10

After receiving a medication order from an online medical control physician, what should the EMT do before administering the medication?

Show the answer and rationale

Correct answer · Repeat the order back word for word and receive confirmation

Once an order is received from medical control, the EMT must repeat the order back word for word and then receive confirmation to ensure complete understanding and eliminate confusion.

Why the others are wrong

Wait for the receiving hospital to confirm the order: The receiving hospital is not part of confirming an online medical control order.

Ask the physician to send the order in writing: Orders are given verbally over the radio, not in writing, in this scenario.

Document the order in the patient care report before acting on it: Documentation occurs as part of the patient care report but is not the step used to confirm the order was understood correctly before acting on it.

Question 5 of 10

After a call for a nosebleed, an EMT is disposing of the disposable equipment used in the patient compartment. A gauze dressing is soaked with the patient's blood. The outer wrapper of that dressing was removed before the dressing was applied and is dry. An NRB was worn by the patient and is free of blood. An emesis basin was handed to the patient but was not used. Which item must be discarded in a biohazard container approved by the Occupational Safety and Health Administration?

Show the answer and rationale

Correct answer · The gauze dressing soaked with blood

Waste from a call is sorted by what is actually on the item, not by whether the item was part of patient care. Disposable equipment that is bloody or contaminated by body fluids goes into a biohazard container approved by the Occupational Safety and Health Administration. Noncontaminated disposable equipment used in patient care is discarded following that agency's guidelines and local guidelines, and most items generated on a call are handled as general trash. Working through the four items, the wrapper came off the dressing before it was applied and is dry, the NRB is free of blood, and the emesis basin was handed over but never used. Only the gauze dressing is soaked with the patient's blood, so it is the one item the cited rule sends to the biohazard container; the remaining three fall under the noncontaminated-disposables route, which the same passage refers to OSHA and local guidelines.

Why the others are wrong

The NRB worn by the patient: This is the misconception that anything that sat against a patient's face and carried exhaled breath counts as contaminated by body fluids. The question states the mask is free of blood; the rule that sends an item to the biohazard container is that the item is bloody or contaminated by body fluids, not that it was near the airway.

The outer wrapper from the dressing package: This is the misconception that packaging inherits the status of what it contained. The wrapper came off before the dressing touched the patient and the question states it is dry, so it never contacted blood; most disposable items generated on a call are handled as general trash.

The emesis basin handed to the patient: This is the misconception that any item offered to a patient during care has to be treated as contaminated. The question states the basin was not used, so nothing was deposited in it, and an unused item cannot meet a contamination-based standard.

Question 6 of 10

An EMT is placing a full spare oxygen cylinder into service on the ambulance. The plastic seal has been removed from the valve stem, the opening has been inspected and is free of debris, and the sealing washer is in place on the regulator collar. Which action comes next?

Show the answer and rationale

Correct answer · Open the valve briefly and close it before attaching the regulator

Placing a cylinder in service runs in a fixed order, and this question has already accounted for the first step: the plastic seal is off and the opening has been inspected and is clear. The next step is to crack the cylinder, meaning to open the valve slowly and then close it again, which helps make sure dirt particles and other possible contaminants do not enter the oxygen flow. The cylinder is never faced toward the EMT or anyone else while this is done. Only after that is the regulator placed on the valve stem, aligned so the oxygen port and the pins fit the holes, and hand tightened, and only then is the cylinder opened fully to check for leaks and read the pressure. The reasoning the item asks for is why the order is what it is: the brief opening is a clearing step, so anything that happens after the regulator is attached carries debris into the regulator instead of out of the valve.

Why the others are wrong

Attach the regulator, then open the valve briefly and close it: This is the misconception that the brief opening is a leak test performed once the regulator is on. Its purpose is to blow debris out of the valve opening before anything is attached; performed afterward, whatever was in the opening has already been driven into the regulator, which is what the step exists to prevent.

Attach the regulator and open the valve fully to read the gauge: This is the misconception that reading the pressure is the next step and the brief opening is optional. Checking the gauge does come later in the sequence, once the regulator is firmly attached and the cylinder is opened fully, but it does not replace clearing the opening first.

Attach the regulator and open the flowmeter to clear the opening: This is the misconception that running gas through the assembled system flushes it. Once the regulator is attached, gas leaving the flowmeter has already passed through the regulator, so any debris in the valve opening has been carried into the equipment rather than out of it.

Question 7 of 10

During the shift check, an EMT inventories the weatherproof compartment that opens from the outside of the ambulance. It holds a dry chemical fire extinguisher, two rechargeable high-intensity flashlights, hard hats with face shields, and a box of road flares. The unit's response area includes a highway where crashes often involve spilled fuel. Which action is most appropriate?

Show the answer and rationale

Correct answer · Add reflective or intermittently flashing warning devices

The weatherproof compartment that opens from the outside of the ambulance is the one that has to hold what the crew needs for safeguarding patients and EMTs, controlling traffic and bystanders, and illuminating work areas, and warning devices that flash intermittently or have reflectors are the recommended item for that job. Road flares can pose an additional hazard, such as ignition of flammable liquids or gases, which is the consideration that decides this item: the response area includes a highway where crashes often involve spilled fuel, so the one warning device the compartment does carry is the one least suited to the scenes the unit actually runs. The gap is a missing category of equipment, not a shortage of what is already there, so the correction is to stock reflective or intermittently flashing warning devices. Adding flares, adding an extinguisher, or relocating the flares each leave the compartment without a warning device that can be deployed safely near spilled fuel.

Why the others are wrong

Add a second box of road flares to the compartment: This is the misconception that flares are simply the warning device and that carrying more of them covers the gap. Flares work by burning, which is the reason they can ignite flammable liquids or gases, and on a highway where crashes often involve spilled fuel adding more of them increases the ignition source at exactly the scenes where it is least wanted.

Add a second fire extinguisher beside the flares: This is the misconception that the answer to a fuel hazard is more extinguishing capacity. Carrying a second extinguisher does nothing about the missing warning devices, and it treats an ignition that has not happened yet as inevitable instead of removing the ignition source that makes it likely.

Move the flares into the patient compartment cabinet: This is the misconception that the problem with the flares is where they are kept. Moving them into the patient compartment leaves the outside compartment still without any warning device and takes an item stored for use at the roadway out of the compartment that is reachable from outside the vehicle.

Question 8 of 10

Which situation is an appropriate indication for helicopter transport?

Show the answer and rationale

Correct answer · A time-critical condition with a ground transport time greater than 30 minutes

Two things have to be true at once, and only this option carries both. First, the condition has to be time critical, meaning the treatment the patient needs lives at a specialty center: trauma, cath lab, stroke, and every minute costs something. Second, the ground transport has to be long enough that flying actually saves meaningful time. Flight is not instantaneous: the aircraft has to be requested, fly to you, find and land in a safe landing zone, and the crew still has to package the patient, so on short ground times the helicopter loses even though it is faster in the air. A time-critical patient more than 30 minutes out by ground is the classic point where those minutes finally break in the aircraft's favor.

Why the others are wrong

A stable patient with a minor ankle injury who lives 10 minutes from the hospital: Air transport for an isolated extremity injury makes sense only when access is the problem rather than the injury, as in a wilderness, water, or off-road rescue where a ground unit physically cannot reach the patient. This patient is stable, has a minor injury, and is 10 minutes from the hospital by ground. The key requires both a time-critical condition and a long ground time, and this option has neither.

A patient who simply requests helicopter transport because of personal comfort: Patient preference legitimately shapes some decisions, including hospital choice within reason and position of comfort. It is not a clinical indication, and aircraft are a finite regional resource, so committing one to a flight nobody needs makes it unavailable for the call that does. The key is a criterion about the patient's condition and the clock, not about what the patient would prefer.

Poor weather conditions that would otherwise delay a ground transport slightly: Weather is a real reason to change the plan, usually by driving more carefully, taking a different route, or accepting a slightly longer ground time. It runs the opposite direction from what this option claims, since low ceilings, icing, and wind are what ground helicopters in the first place. It also fails the key's other half, because a slight delay is nowhere near the long ground transport that makes flight worth it.

Question 9 of 10

A patient meets the local criteria for a ST-elevation myocardial infarction, and a cardiac catheterization center is 10 minutes farther away than the closest hospital. What is the correct transport decision?

Show the answer and rationale

Correct answer · Transport to the cardiac catheterization center, since STEMI requires specialized care

The general rule is the closest appropriate facility, and a cardiac center is the appropriate facility when a patient meets STEMI criteria, bypassing a closer, non-specialized hospital for the catheterization center is the correct exception.

Why the others are wrong

Transport to the closest hospital because minimizing transport time takes priority: A shorter transport time only matters when the closer facility can deliver the definitive care the patient needs; protocol directs the closest appropriate facility, and a 10-minute difference is an acceptable trade for direct access to cardiac catheterization.

Transport to the closest hospital and request a later transfer if needed: Delaying definitive cardiac care for an interfacility transfer defeats the purpose of bypassing to the appropriate center in the first place.

Ask the patient which hospital they would prefer, and transport there instead: Facility selection for a time-critical cardiac emergency is a clinical decision based on protocol, not patient preference.

Question 10 of 10

The EMT arrives at a cardiac arrest. A family member states the patient has a do-not-resuscitate (DNR) but cannot produce the document. What should the EMT do?

Show the answer and rationale

Correct answer · Begin resuscitation and resolve the DNR question at the hospital

When a DNR's validity cannot be confirmed on scene, the correct action is to begin resuscitation and let the hospital resolve the question, delaying or withholding care based on an unverified claim is not appropriate.

Why the others are wrong

Withhold resuscitation based on the family's statement: Withholding resuscitation without a produced, valid DNR risks denying appropriate care based on an unverifiable claim.

Call medical control and follow whatever the family ultimately decides: Family preference does not override the requirement to resuscitate when a DNR's validity is in question; the default is to treat.

Wait until the document is found before beginning any care: Waiting to begin care delays time-critical resuscitation and is not the correct response to an unconfirmed DNR.

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