Clinical Judgment makes up about 31–35% of the NREMT AEMT exam. Here are 8 to work
through. When you open an answer, you'll see why it's right and why the other options aren't.
Question 1
SCENE — 33-year-old with known Graves disease, febrile and agitated after a chest infection. HR 168 irregular, BP 148/72, temperature 104.2°F, vomiting.
Select the TWO findings that distinguish this from the infection alone.
Select all that apply.
Aa temperature of 104.2 with AF at a rate of 168
Bthe recent history of a chest infection
Cagitation out of proportion to the illness
Dthe vomiting that began earlier this morning
Ea systolic blood pressure of 148 on your assessment
Show the answer
Correct answers: A, C
A chest infection causes fever and tachycardia. It doesn't cause atrial fibrillation at 168 with agitation and hyperpyrexia. That combination is decompensated thyrotoxicosis. The infection has tipped a chronic disease into a crisis with a real risk of death.
A. Hyperpyrexia with a tachydysrhythmia this fast is more than an infection alone produces.
B. The infection is the trigger. It isn't what tells the two apart.
C. Agitation out of proportion to the illness comes from the thyrotoxic state.
D. Vomiting happens in both, so it can't separate them.
E. This blood pressure is unremarkable.
Question 2
SCENE — 68-year-old whose family say they are 'not right today'. HR 96, BP 138/82, RR 18, SpO2 96%, temperature 99.1°F, glucose 104 mg/dL, and they are oriented but slower than usual.
The cue that most warrants pursuing is
Athe reported change from baseline
Bthe respiratory rate of 18 breaths per minute at rest
Cthe heart rate of 96, which is at the upper end of normal
Dthe temperature of 99.1°F recorded on your arrival on scene
Show the answer
Correct answer: A. the reported change from baseline
Every number here is unremarkable, and that's exactly why the family's report is the finding. They know a baseline no crew can build. A reported change from it predicts deterioration whatever the vitals say.
A. A change from baseline is information the vital signs can't give you.
B. A rate of 18 is normal and isn't the cue worth chasing.
C. A heart rate of 96 sits within normal limits and adds nothing.
D. A temperature of 99.1°F isn't a fever and doesn't steer the assessment.
Question 3
Two hypotensive patients: one has cool clammy skin with a narrow pulse pressure, the other warm flushed skin with a wide pulse pressure. This difference most reflects
Awhich one has a cardiac history
Bhow long each has been hypotensive
Cwhether vascular resistance is high or has collapsed
Dhow much blood each has lost
Show the answer
Correct answer: C. whether vascular resistance is high or has collapsed
Cool skin with a narrow pulse pressure means the vessels have clamped down to defend the pressure, the way they do in hypovolemia. Warm skin with a wide pulse pressure means resistance has been lost, as in distributive shock. Same low pressure, opposite problems, and they need opposite emphases in treatment.
A. A cardiac history doesn't decide these peripheral findings.
B. How long they've been hypotensive doesn't create this particular difference.
C. Skin findings and pulse pressure both follow systemic vascular resistance, and that's what separates the two types of shock.
D. Volume lost doesn't explain warm, flushed skin with a wide pulse pressure.
Question 4
SCENE — 29-year-old unresponsive beside drug paraphernalia. RR 4, SpO2 66%, glucose 48 mg/dL, pinpoint pupils.
The correct order is
Aglucose first, since it is the reversible cause
Bventilate, then naloxone, then address the glucose
Cnaloxone, then glucose, then reassess the breathing
Dventilate, then glucose, then naloxone if still apneic
Show the answer
Correct answer: B. ventilate, then naloxone, then address the glucose
The hypoxia is doing damage now. Ventilation fixes it immediately, and both drugs take minutes. Naloxone comes next because the opioid is why the patient isn't breathing. A glucose of 48 is a real problem, but it isn't what's killing them this minute.
A. A glucose of 48 is not the immediate threat that a saturation of 66 is.
B. Ventilation corrects the hypoxia at once. Both drugs take minutes.
C. Giving drugs before ventilating leaves the hypoxia running.
D. Deferring naloxone leaves the cause of the apnea untreated.
Question 5
POST SCENE — A patient who refused transport an hour ago has called back and is now clearly worse. Reflecting on the first contact, the most useful question is
Awhether the paperwork was completed correctly
Bwhether the risks were explained in terms the patient could actually act on
Cwhether the patient was at fault for refusing
Dwhether a different crew would have had the same result
Show the answer
Correct answer: B. whether the risks were explained in terms the patient could actually act on
A refusal stands or falls on whether the person understood what could happen to them, in concrete terms and not just general warnings. That's the part of the encounter you control and can change, and it's worth asking no matter how this call ends.
A. Correct paperwork does not establish that the refusal was informed.
B. Whether the risk was explained in actionable terms is the part of the encounter you control.
C. Blaming the patient shuts down any learning.
D. Speculating about another crew avoids examining your own practice.
Question 6
SCENE — 34-year-old fell from a ladder onto grass, landing on his feet. He is walking, complains only of heel pain, and has normal vital signs.
The cue that should most influence your assessment is
Ahis normal vital signs
Bthat he is ambulatory at the scene
Cthe soft grass landing surface
Dthe axial loading mechanism
Show the answer
Correct answer: D. the axial loading mechanism
Land on your feet and the energy travels from the heel up through the tibia, femur, pelvis and spine. A calcaneal fracture from a fall frequently comes with a lumbar compression fracture, and normal vitals won't rule it out. Walking around doesn't clear the spine.
A. Normal vitals are expected with an isolated skeletal injury, and they tell you nothing reassuring about the spine.
B. Being up and walking doesn't rule out a stable spinal fracture.
C. Grass softens the landing but doesn't take away the transmitted force.
D. Axial loading drives force up the skeleton and predicts injuries well away from the point of impact.
Question 7
SCENE — 41-year-old bitten on the forearm by a snake 20 minutes ago. The limb is swelling and painful, HR 106, BP 122/76.
The most useful early action is
Aattempting to suck the venom from the puncture wounds
Bmarking the leading edge of the swelling with the time beside it
Capplying a tourniquet above the bite to limit spread
Dpacking the limb in ice to slow the local reaction
Show the answer
Correct answer: B. marking the leading edge of the swelling with the time beside it
Marking the swelling with a time gives the receiving team a rate of progression, and that guides whether antivenom is needed and how much. Tourniquets, incision, suction and ice have all been abandoned. They add injury without limiting envenomation.
A. Suction has been shown not to remove meaningful venom.
B. A marked leading edge with times shows the receiving team how fast it's progressing.
C. Tourniquets concentrate venom locally and increase tissue damage.
D. Ice worsens local tissue injury and doesn't limit spread.
Question 8
SCENE — Patient in anaphylaxis who is also a known asthmatic. Wheeze throughout, BP 88/54, lips swollen, and a nebulizer and epinephrine are both to hand.
The plan should be
Athe nebulizer first, since the wheeze is the loudest problem
Bepinephrine first, with the nebulizer alongside it
Cthe nebulizer alone, since it treats the bronchospasm
Depinephrine only if the nebulizer fails to work
Show the answer
Correct answer: B. epinephrine first, with the nebulizer alongside it
That wheeze is part of a systemic reaction, not an asthma attack. Only epinephrine treats the swelling and the low pressure along with it. A bronchodilator makes a useful add-on and a dangerous substitute.
A. Going after the loudest sign first leaves the hypotension untreated.
B. Epinephrine treats the swelling, the pressure and the bronchospasm together.
C. A bronchodilator does nothing for swollen lips or a pressure of 88.
D. Waiting for the nebulizer to fail delays the only drug that reverses this.
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