10 free AEMT practice questions: Gastrointestinal, Renal, and Genitourinary Emergencies

Offer small sips of water, since the vomiting risks dehydration: Replacing losses makes sense, and this patient really is losing fluid to vomiting. Oral fluid is the wrong route for a possible surgical abdomen, and the volume this patient needs goes in through a line rather than through the stomach.

Offer ice chips only, since they do not count as oral intake: Ice chips feel like a compromise that keeps the patient comfortable without breaking the rule. Ice is water once it melts, so it counts as oral intake and carries the same risk during anesthesia that a drink does.

Allow water only after the abdomen has been palpated a second time: Tying the decision to the exam sounds like sound clinical reasoning. Palpation findings do not change whether the stomach should be empty for surgery, so a second exam gives you no new information on this question.

A systolic of 130 to 140 with a strong radial pulse at all times: Restoring a patient to a normal pressure is the instinct that shock training builds, and for most hypovolemic patients it is right. Here it is the specific mistake, since a normal pressure can dislodge the clot that is currently the only thing limiting the bleed.

A fixed two liters of isotonic crystalloid regardless of the response: A weight-based or fixed total feels concrete and easy to defend in a chart. A fixed volume ignores what the patient is doing, and the whole point of a perfusion endpoint is that the reassessment between increments decides whether the next one is given.

No fluid at all until the patient reaches the operating room: Withholding fluid has real logic behind it, since fluid can worsen an uncontrolled bleed. Permissive means titrated, not absent, and a patient allowed to lose the radial pulse entirely is being underresuscitated rather than protected.

As an infectious abdomen, with warming measures and routine transport: Infection is a reasonable thought for lower abdominal pain, and keeping a patient warm is genuinely part of shock care. An infectious picture builds over days with fever, while this one arrived in minutes with pallor and tachycardia, and routine transport wastes the time this patient does not have.

As renal colic, with analgesia per protocol and a position of comfort: One-sided pain does fit renal colic, and analgesia would be appropriate for a stone. The colic patient writhes without pallor or a rising pulse, and treating a bleeding ectopic as a stone delays the surgeon who actually stops the bleeding.

As an anxiety reaction, with coached breathing and reassessment on scene: Light-headedness with a fast pulse can look like anxiety, and young patients are misread this way often. The pale, cool skin and the narrow pulse pressure are perfusion findings rather than emotional ones, and staying on scene to coach breathing leaves a bleeding patient on the floor.

The pain has been present for two days rather than for hours: Duration feels like it should matter, and a longer course can suggest a more chronic process. Two days is the ordinary story for plenty of serious abdominal problems, and the timeline here does nothing to sort dangerous from benign.

The tenderness being diffuse rather than confined to one quadrant: Diffuse tenderness is harder to explain than a single tender quadrant, so it feels more ominous. Vague generalized tenderness is common in visceral pain of any cause, and it is the fainting rather than the pattern of tenderness that marks perfusion trouble.

The absence of vomiting or diarrhea with the abdominal pain: Noticing what is missing is good assessment habit, and gastroenteritis would usually bring vomiting or diarrhea. Their absence narrows the differential a little but does not place this patient in the high-risk group, which is what the question is asking.

A position of comfort with no vascular access required: Comfort positioning is genuinely part of care for a painful abdomen, and plenty of abdominal pain patients need nothing more. This patient has dry membranes, repeated vomiting, and a pulse of 116, which is a volume problem that a position does not treat.

Oral rehydration with sips of clear fluid during transport: Replacing losses by mouth seems reasonable when the problem is fluid loss. An abdomen that may go to the operating room stays nothing by mouth, and a patient vomiting since last night will not keep the fluid down anyway.

Withholding fluid until the pain has been controlled: Treating pain first sounds patient centered, and analgesia is in scope where protocol supplies it. Pain control and fluid are not in competition here, and holding volume from a depleted patient while the pain is managed leaves the perfusion problem untreated.

A 500 mL isotonic crystalloid challenge with lung sounds reassessed after: A measured challenge with reassessment afterward sounds like careful practice, and in a hypovolemic patient it would be. This patient already has fluid backing into the lungs, so even a small bolus adds to the problem that is drowning the patient.

Supine positioning with oxygen by nasal cannula and routine transport: Oxygen is appropriate at a saturation of 88 percent, which makes this partly right. Laying a patient with pulmonary edema flat makes the work of breathing worse, and routine transport ignores how close this patient is to needing ventilatory support.

Nebulized albuterol before any change in the patient position: Crackles and difficulty breathing can look like an asthma or chronic lung exacerbation, and albuterol is a reasonable tool for those. Fluid in the alveoli is not bronchospasm, and delaying positioning for a nebulizer treats the wrong mechanism.

Record a formal interpretation of hyperkalemia in the patient care report: The findings really are there on the tracing, and writing down what they mean feels like thorough documentation. Interpretation is paramedic level scope, and an AEMT recording a formal reading has stepped past the certification even when the reading happens to be right.

Hold the tracing for the emergency department rather than sending it early: Handing the tracing over in person seems safe, since the physician will read it either way. Waiting gives up the entire advantage of transmission, which is letting the receiving facility prepare before the patient arrives.

Repeat the tracing with the electrodes moved to confirm the abnormality: Confirming an unexpected finding is usually good practice, and repeated tracings do help when a lead is loose. Moving electrodes to chase a confirmation delays notification and risks producing a tracing that is harder to compare rather than clearer.

Use the left arm below the fistula and take the blood pressure on the right: Staying downstream of the fistula sounds like a safe compromise, since the puncture is not in the fistula itself. A tourniquet and a catheter anywhere in that arm still threaten the access, and the rule covers the arm rather than a distance from the surgical site.

Use the left arm above the fistula and take the blood pressure on the left: Going above the fistula feels like it protects the site while still using the better veins. The same objection applies, since pressure and puncture anywhere in the limb put the access at risk, and a blood pressure cuff on that side is specifically prohibited.

Use the fistula itself, since it is already a mature vascular site: The fistula is a large, reliable vessel and it is used for needles three times a week, so this seems efficient. Cannulating it is a dialysis procedure rather than a field one, and an AEMT using it risks infection, bleeding, and loss of the access.

Improvement, since the compensatory tachycardia has resolved: The pulse really did move toward a normal range, and improvement is what a number heading the right way usually means. A child whose compensation is failing slows down on the way to arrest, so the same number carries the opposite meaning here.

A vagal response to the vomiting that will correct on its own: Vagal slowing from vomiting is a real phenomenon and it does resolve on its own. A brief vagal event does not leave a child limp with a falling respiratory rate and a dropping saturation, which is what separates this from a transient response.

A normal resting pulse for a child who has fallen asleep: Sick children do sleep, and caregivers often describe exactly that. A pulse of 78 is below the normal resting rate for an 18-month-old, and a limp child with a saturation of 92 percent is obtunded rather than asleep.

Establish a single peripheral IV and transport, reassessing every 15 minutes: A single line is not adequate access for a patient already showing signs of hemorrhagic shock from a potentially catastrophic variceal bleed; an unstable gastrointestinal bleed calls for two large-bore lines.

Withhold IV fluid until the bleeding source is definitively controlled: The lesson directs isotonic crystalloid titrated to perfusion for an unstable gastrointestinal bleed; withholding all fluid ignores the shock findings already present and delays perfusion support the patient needs now.

Position the patient supine with legs elevated and administer oxygen only: Flat positioning ignores the aspiration risk from ongoing hematemesis, and oxygen alone without vascular access and fluid does nothing for the shock this patient is already showing.