10 free Paramedic practice questions: Advanced Field Impression and Diagnostic Reasoning

External bleeding is the most reliable indicator of how serious an abdominal stab wound is: External bleeding is a fair severity gauge for a wound whose full depth you can actually see: an abrasion, a shallow laceration. A stab wound never qualifies, because the dangerous bleeding in penetrating abdominal trauma is internal: a patient can lose a large volume into the abdominal cavity while the dressing over the wound stays nearly dry, so the wound that looks quietest on the outside can belong to the sickest patient on scene.

A small entry wound makes injury to deep organs such as the liver or spleen unlikely: This is the same error dressed up as anatomy. Entry size reflects how wide the blade was, not how far it went, and a narrow blade reaches the spleen from the left upper abdomen without difficulty. A small wound is evidence about the weapon, not evidence about the organs, and it makes deep injury no less likely.

Stable vital signs indicate that urgent transport is unnecessary for abdominal stab wounds: Stable vital signs carry real weight in a low-energy, non-penetrating complaint. In penetrating trauma they lag the injury, because compensation holds the numbers steady while bleeding continues, so 'currently stable' is one frame of a movie. Transport priority in penetrating trauma is set by what the mechanism can reach, and the reassessment is what catches the change.

Foot and leg fractures from pedal and floorboard contact: Foot, ankle, and lower-leg fractures from pedal and floorboard contact are genuine frontal-impact injuries and belong on the list of what to look for in a secondary exam. The word that breaks this option is "primarily". The question's deformity is at the steering wheel and dashboard, which strike the chest and head, not the pedals. A fractured ankle also does not kill in the next ten minutes; a cardiac contusion or a pneumothorax does, and the exam is asking for the most likely and most threatening pattern.

Facial trauma with mandibular fractures from airbag contact: Facial fractures do happen in frontal impacts. The up-and-over pathway takes the head into the windshield or the wheel rim, so the mechanism genuinely produces them. What fails is "isolated": the same energy that fractures a face carries through to the brain behind it, and the bent steering wheel says the chest was struck as well. Treating this as a face injury alone is how the cardiac contusion and pneumothorax get missed.

Lower abdominal and pelvic trauma from the seat belt: Lower abdominal and pelvic trauma is the pattern you would expect from a down-and-under pathway, a submarining occupant, or a lap-belt-only restraint, and it is a reasonable answer to a question describing those findings. Nothing in this question points there; the two deformed structures both contact the upper body. "Only" also fails on its own. A highway-speed head-on with compartment intrusion is multisystem trauma until proven otherwise.

The patient's complaint of hip pain is what defines this as a significant mechanism of injury: Hip pain is a real finding worth documenting, and localized pain often points a paramedic toward a specific injury, but pain complaints don't define significant MOI, the intrusion measurement does, and a symptom-free patient with the same 18 inches of intrusion still meets the criterion.

Normal vital signs at this point rule out a significant mechanism of injury: Normal vital signs feel reassuring, and often do signal lower acuity, but compensatory mechanisms can maintain normal vitals for a while even with serious internal or vascular injury, so a normal set at this early point doesn't rule anything out. The 18 inches of intrusion already meets the significant MOI criterion on its own, independent of the vitals.

Only unrestrained occupants are classified under significant mechanism of injury criteria: Unrestrained occupants do carry higher risk for ejection and greater intrusion injury, but restraint status isn't the significant MOI criterion; a restrained driver with 18 inches of door intrusion still meets it regardless of seatbelt use.

Nausea and vague malaise in a diabetic patient most likely signal impending hypoglycemia, not an evolving cardiac event: Insulin-dependent diabetics can develop hypoglycemia with sweating, weakness, and vague malaise, so checking glucose is appropriate here, but this patient is 71 with 20 years of diabetes, the population most likely to have silent ischemia, and nausea without any stated glucose reading does not point specifically to hypoglycemia over an atypical cardiac event.

A vague, nonspecific complaint in a long-standing diabetic patient is most likely low-acuity and needs only reassurance: A vague complaint in a 71-year-old with 20 years of insulin-dependent diabetes is exactly the population most likely to have a silent cardiac event, so reassurance alone ignores that higher-acuity risk instead of ruling it out first.

Nausea without chest discomfort in a diabetic patient is most consistent with a gastrointestinal cause, not an evolving cardiac one: Nausea alone can come from a GI cause, but in a diabetic with autonomic neuropathy nausea is a documented anginal equivalent, so attributing it to GI disease before ruling out cardiac ischemia treats the wrong cause first.

Constant restless movement to find relief: marks visceral pain: hollow organs like the ureter or gallbladder signal through poorly localized autonomic fibers, causing patients to writhe, as in renal or biliary colic. This patient's steady, worsening 18-hour pain and peritoneal irritation instead produce stillness, since any movement stretches the inflamed peritoneum and worsens pain.

High-pitched rushes heard over the abdomen: High-pitched rushes over the abdomen describe hyperactive bowel sounds from early mechanical obstruction, where peristalsis intensifies against a blockage. Peritonitis instead produces hypoactive or absent bowel sounds as the inflamed bowel stops moving, and this question's defining sign is abdominal wall rigidity, not an auscultation finding.

Burning discomfort relieved by an antacid: describes peptic ulcer disease or reflux, where acid irritates the gastric or esophageal mucosa and neutralizing it brings quick relief. This patient's pain has steadily worsened over 18 hours with no mention of relief, and peritoneal irritation does not respond to antacids at all.

Preserved perfusion that has not yet triggered tachycardia: Increased vagal tone from straining at stool doesn't explain the overall clinical picture here: pale, cool, moist skin and a two-day history of black tarry stools point toward blood loss, not a vagal event.

Increased vagal tone from repeated straining at stool: Long-standing anemia with an adapted resting rate doesn't fit an acute presentation of near-fainting and ongoing GI bleeding. This is an acute process, not a chronic adaptation.

Long-standing anemia with an adapted resting rate: Preserved perfusion that hasn't yet triggered tachycardia doesn't account for the near-fainting, pallor, and diaphoresis already present. Those findings show perfusion is already compromised, and the normal-looking pulse is being masked by the beta blocker rather than reflecting truly preserved perfusion.

Distention of the fallopian tube stretching the pelvis: would produce pelvic pain, not referred pain specifically to the shoulder. It doesn't explain why lying flat would worsen a shoulder symptom.

Ureteral spasm referred along the flank and shoulder: Ureteral spasm refers pain along the flank and groin, not to the shoulder, and doesn't fit this presentation of lower abdominal pain with amenorrhea and shock.

Cardiac ischemia referred to the left arm and shoulder: Cardiac ischemia referred pain would typically present with chest-related symptoms, not isolated shoulder pain tied to positioning, and doesn't explain the abdominal findings or the hypotension in this context.

Mottled skin color: reads like a breathing sign because cyanosis and pallor often show up when a child is in respiratory failure, so it feels tied to breathing effort. The triangle sorts skin findings, pallor, mottling, and cyanosis, onto the circulation-to-skin side regardless of the cause, since that side answers perfusion, not respiratory mechanics.

Delayed capillary refill: measures perfusion, but it is not part of the triangle at all, because checking it means pressing on the skin and timing the color return, which breaks the hands-off, doorway-only rule this general impression is built on. It belongs to the primary assessment you do once you reach the child.

Failure to focus on a caregiver: sits on the appearance side, covering tone, interactiveness, and gaze; those findings answer whether the brain is being perfused and oxygenated, not how hard the chest is working to move air.

A second dose of naloxone: Repeating naloxone fits an opioid overdose that needs a higher dose to reverse. Here the first dose caused no change in breathing or level of consciousness, and the soaked clothing, pinpoint pupils, secretions, and wheezing point to cholinergic toxicity from the pesticide, not opioid toxicity that just needs more antagonist. Repeating a drug that already failed treats the wrong cause.

Nebulized albuterol: Wheezing in both lungs makes albuterol tempting as a bronchodilator. It only addresses the bronchospasm piece of this pesticide exposure and does nothing for the secretions, bradycardia, or hypotension driving the presentation; it's contained inside the broader muscarinic blockade atropine provides.

Intravenous dextrose: Altered level of consciousness raises the possibility of hypoglycemia, which dextrose corrects. The blood glucose here is 104 mg/dL, a normal value, so dextrose has no indication and won't touch the pinpoint pupils, secretions, or bradycardia caused by cholinesterase inhibition.

Viral meningitis: produces fever, headache, and neck stiffness but is characteristically far less toxic, and it does not cause a non-blanching purpuric rash or septic shock. The hypotension and the rash place this outside a viral course.

Subarachnoid hemorrhage: A subarachnoid hemorrhage begins with an abrupt, maximal headache and can cause neck stiffness from meningeal irritation, but it does not produce a 12-hour fever, a purpuric rash, or a temperature of 103.1°F. The gradual febrile onset argues against it.

Influenza with dehydration: Influenza can cause fever, headache, tachycardia, and enough dehydration to lower the blood pressure, but it does not cause neck stiffness or a non-blanching purple rash. Those two findings are what move this out of a viral illness with volume loss.