10 free EMT practice questions: Medication Administration

An IV antibiotic: An intravenous antibiotic is genuinely the right drug in the right hands, since it is standard early care for sepsis and serious infection once the patient reaches the emergency department. It requires vascular access, and establishing an IV and pushing a medication through it is outside EMT scope entirely, which is what rules it out rather than anything about the drug itself. The key beats it because the key stays inside the assisted-self-administration branch, where the EMT never has to break the skin.

A controlled prescription opioid pain medication: A controlled opioid is a real prehospital medication, carried and given by paramedics under protocol for significant pain. A patient's home opioid prescription is not on the EMT assist list, and helping an already-compromised patient take one carries a real risk of worsening sedation and respiratory depression. The key beats it because the inhaler treats the respiratory emergency the patient called about, while the opioid neither belongs to EMT scope nor addresses an emergency.

An insulin injection: Insulin is the correct treatment for hyperglycemia in the hospital setting, and patients use it at home every day, so it is not an unfamiliar medication. It is not an EMS field medication at any level in most systems, and the diabetic emergency EMS actually treats in the field is the low sugar, where the answer is glucose rather than insulin. The key beats it because assisting an inhaler requires no injection, no measurement, and no dose calculation, and that is precisely what keeps it inside EMT scope.

Administer high-flow oxygen only; withhold albuterol until hospital arrival: Oxygen alone with the bronchodilator withheld is what you would do for hypoxia from a cause albuterol does not treat: a pneumothorax, a pulmonary embolism, carbon monoxide exposure, where there is no wheezing and the problem is not bronchospasm. Here you have a documented asthma history, audible bronchospasm on both sides, and the patient's own inhaler in hand. Holding the one drug that reverses the mechanism, in a patient already using accessory muscles at 88%, spends treatable minutes for nothing.

Administer oxygen and have the patient lie flat to ease the work of breathing: Oxygen is right; lying the patient flat is not. Flat positioning belongs to the hypotensive or unresponsive patient, not the one working to breathe. Supine, the abdominal contents press up against the diaphragm and the patient loses the mechanical advantage of an upright chest, so the work of breathing rises at the exact moment this patient can least afford it. A patient in respiratory distress will sit themselves up: let them, and treat the bronchospasm.

Transport the patient sitting upright without medication administration: Sitting upright is correct positioning and it genuinely helps, which is what makes this option tempting: it is half right. The missing half is the entire treatment. Transport without medication is the answer when there is no indicated drug, no prescription available, or a contraindication, none of which applies to a known asthmatic with their own rescue inhaler, bilateral wheezing, and hypoxia. Position the patient and treat the bronchospasm; do not settle for the part that costs nothing.

Administer oral glucose immediately because the blood glucose is critically low: This is the right answer for the hypoglycemic diabetic who is still awake and swallowing: a reading of 38 mg/dL in an alert patient earns oral glucose immediately, and hesitating there is its own error. What kills it here is the gag assessment: minimal response with little resistance as the depressor moves posteriorly means the airway is unprotected. A critically low number raises the urgency of treatment; it never lowers the airway requirement, which is exactly the trap the option is built on.

Administer oral glucose and monitor carefully for aspiration: This is the compromise answer. It admits the risk and tries to manage it with vigilance. Monitoring is a fine adjunct when a medication is genuinely indicated, but it is not a mitigation for giving it to the wrong patient. Aspiration is prevented by patient selection, not by watching for it; once gel is in the mouth of a patient with no gag, careful monitoring only means you will document the aspiration accurately. Withholding removes the exposure instead of observing it.

Administer oral glucose if the patient can follow a simple command: Following a simple command is a real screening question for oral glucose, and if this patient could do it the option would be close to correct. The question already answers it: unresponsive to verbal stimuli, moaning to pain, speech slurred. Command-following is also only half the gate: the gag has to be intact too, and the depressor finding says it is not, so both criteria fail rather than one.

A prescription in the patient’s name and a pulse above 60: The first half is a real requirement: the medication must be prescribed to this patient, which is what makes this option credible. The pulse criterion is invented. Heart rate is monitored but no rate threshold gates nitroglycerin, and pairing a true criterion with a fabricated one is how this kind of checklist gets misremembered.

No aspirin allergy and no nitroglycerin dose in the past 24 hours: Both halves sound like plausible medication checks and neither is the gate. Aspirin allergy governs aspirin, not nitroglycerin, and there is no 24-hour lockout on nitroglycerin: patients with angina may take repeated doses daily. The interaction that does carry a timed window is the PDE-5 inhibitor one.

A documented cardiac history and a pain score above 5: A cardiac history and significant pain describe the patient who typically receives this drug, so this reads as clinically sensible. Neither is a required confirmation. Nitroglycerin is assisted based on the prescription and the safety criteria, and no pain score threshold exists.

Assist; a known allergy exposure is enough to warrant epinephrine: Having the prescription and a real allergy history feels like it settles the question, and it is the most common reason this drug gets given too early. Epinephrine treats the systemic reaction, not the exposure. A patient with itching and swelling confined to the sting site has not developed the airway, breathing, or circulatory involvement the drug exists to reverse.

Assist; the swelling at the sting site is an early systemic sign: Distinguishing local from systemic is exactly the judgment being tested, and this option gets the categories backwards. Swelling at the site of the sting is the local reaction by definition. Systemic means findings away from the sting: hives elsewhere, throat tightness, wheezing, hypotension, and the question rules each of those out.

Do not assist; the patient must self-administer their own device: Assisting a patient with their own prescribed auto-injector is within the EMT scope, so this states a limit that does not exist. It also would not change the answer: the reason to hold is that the criteria are not met, not that the wrong person would be pressing the device.

The patient's chest pain started less than 30 minutes ago: Pain that started less than thirty minutes ago is real and important information, since it drives destination and notification decisions and is exactly what the receiving cardiac center wants to hear. It points in the opposite direction from withholding, though, because aspirin's benefit is greatest early while the clot is still forming, so a recent onset is a reason to move faster rather than to hold the drug. The key beats it because a contraindication has to describe harm from giving the drug, and early presentation describes benefit.

The patient is over 60 years old: Age over 60 raises your suspicion that chest pain is cardiac and belongs in your report, and it does influence how aggressively the emergency department works the patient up. Age is not a contraindication to aspirin at any point in the EMT protocol, and the older patient is frequently the one who benefits most from it. The key beats it because the checks before aspirin concern allergy, bleeding, and airway, and none of those are a function of how old the patient is.

The patient has a family history of heart disease: A family history of heart disease is a genuine risk factor and part of a proper history, and it is one of the things that should stop you from writing off chest pain in a younger patient. It changes your index of suspicion rather than the drug's safety profile, and no protocol lists it as a reason to withhold. The key beats it because family history speaks to whether the patient is having a cardiac event, while the allergy speaks to whether this specific dose will hurt them.

Check that the medication bottle label is legible, then give the dose without asking about allergies or contraindications: Incorrect. Checking only the label is insufficient. Allergies and contraindications must be checked before administering.

Ask the patient whether they have nitroglycerin, and if so administer one dose immediately: Incorrect. Asking and immediately administering skips critical safety checks. Allergy, contraindications, and medication verification are essential.

Have another EMT confirm the patient's identity and then administer the full prescription bottle dose: Incorrect. Administering an entire prescription bottle is a dangerous overdose. Protocol is typically one 0.4 mg dose, repeated up to 3 doses per protocol and vital-sign response.

Administer glucagon intramuscularly into the thigh: Glucagon by intramuscular injection is outside EMT scope and isn't the first-line treatment for a conscious patient who can safely take oral glucose.

Administer dextrose through an intravenous line: Intravenous dextrose administration is an advanced-level skill outside EMT scope: the EMT treats conscious, swallow-capable hypoglycemia with oral glucose instead.

Withhold oral glucose because the patient is alert: Withholding oral glucose because the patient is alert misapplies the rule: alertness combined with the ability to swallow is exactly what makes oral glucose appropriate here.

4 mg, sublingually: 4 mg sublingually is ten times the standard dose and isn't the correct amount for sublingual nitroglycerin.

0.4 mg, intramuscularly: 0.4 mg intramuscularly is the wrong route: nitroglycerin for chest pain is given sublingually, not by injection.

40 mg, swallowed whole: 40 mg swallowed whole is both the wrong dose and the wrong route, swallowing whole defeats the purpose of sublingual absorption and this dose is far too high.

Withhold epinephrine and contact medical control first, given the cardiac history: Withholding epinephrine and contacting medical control first delays a lifesaving treatment for a life-threatening presentation: national EMT scope lists no contraindication based on cardiac history.

Withhold epinephrine and give oxygen only, given the cardiac history: Withholding epinephrine and giving oxygen only leaves the airway swelling and hypotension untreated: oxygen alone doesn't reverse anaphylaxis.

Administer half of the standard dose because of the cardiac history: Halving the standard dose because of the cardiac history isn't supported: the standard dose is what's indicated, since the risk of untreated anaphylaxis outweighs the theoretical cardiac risk.