EMT National Registry Exam
Trauma Practice Questions
85 practice questions with detailed explanations — aligned to the EMT National Registry Exam.
Q1.You arrive at a scene where a 25-year-old male has been stabbed in the thigh. Bright red blood is spurting from the wound. Your FIRST action should be to:
A.Apply a tourniquet proximal to the woundB.Apply direct pressure with a gloved handC.Check the patient's airwayD.Elevate the legB. Apply direct pressure with a gloved handExplanation: For severe external hemorrhage, the first step is immediate direct pressure. If direct pressure fails to control arterial bleeding (spurting), or if the wound is amenable to a tourniquet immediately due to size/location, a tourniquet is the next step. However, NREMT algorithms typically prioritize direct pressure first unless the scenario indicates it is insufficient or impossible.
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Q2.A patient has a sucking chest wound (open pneumothorax). You should immediately:
A.Cover the wound with a porous dressingB.Cover the wound with a gloved handC.Insert a chest tubeD.Apply a tourniquetB. Cover the wound with a gloved handExplanation: Immediate life threat. The first action is to seal the hole with a gloved hand to stop air from entering the pleural space. This is later replaced with an occlusive dressing (3-sided or vented chest seal).
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Q3.Beck's Triad is a sign of Cardiac Tamponade. It consists of:
A.Hypertension, bradycardia, irregular respirationsB.Hypotension, JVD, muffled heart soundsC.Hypotension, tachycardia, flat neck veinsD.Headache, photophobia, stiff neckB. Hypotension, JVD, muffled heart soundsExplanation: Cardiac Tamponade (fluid compressing the heart) restricts filling, causing low BP (hypotension), blood backup (JVD), and fluid insulation (muffled sounds).
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Q4.Cushing's Triad indicates increased Intracranial Pressure (ICP). It consists of:
A.Hypotension, tachycardia, rapid respirationsB.Hypertension, bradycardia, irregular respirationsC.Hypertension, tachycardia, Kussmaul respirationsD.Hypotension, bradycardia, shallow respirationsB. Hypertension, bradycardia, irregular respirationsExplanation: As ICP rises, the body raises BP to force blood to the brain (Hypertension). The vagus nerve senses this and slows the heart (Bradycardia). Brainstem compression causes irregular breathing (Cheyne-Stokes/Biot's).
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Q5.You are assessing a patient with a chemical burn to the eye from a dry powder. You should:
A.Flush immediately with waterB.Brush the powder away, then flush with copious amounts of waterC.Cover both eyes and transportD.Neutralize the chemical with vinegarB. Brush the powder away, then flush with copious amounts of waterExplanation: Water can activate dry chemicals, causing a thermal burn on top of the chemical burn. Brush dry chemicals off first, then flush for at least 20 minutes.
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Q6.An abdominal evisceration (organs protruding) should be treated by:
A.Pushing the organs back inB.Covering with a dry sterile dressingC.Covering with a moist sterile dressing, then an occlusive dressingD.Applying iceC. Covering with a moist sterile dressing, then an occlusive dressingExplanation: Organs must be kept moist and warm. Do not replace them (risk of infection/damage). Cover with moist sterile gauze, then seal to retain moisture and heat.
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Q7.Which of the following findings would MOST likely suggest a Tension Pneumothorax over a simple Pneumothorax?
A.Shortness of breathB.Decreased lung sounds on one sideC.Tracheal deviation and severe hypotensionD.Chest painC. Tracheal deviation and severe hypotensionExplanation: While both have decreased lung sounds and pain, Tension Pneumothorax causes a massive pressure buildup that shifts the mediastinum (tracheal deviation - late sign) and compresses the heart/vena cava (obstructive shock/hypotension).
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Q8.Using the Rule of Nines, an adult with burns to the entire left arm and the entire front of the torso has burns covering what percentage of their body?
A.18%B.27%C.36%D.45%B. 27%Explanation: Entire arm = 9%. Entire front torso (chest + abdomen) = 18%. 9 + 18 = 27%.
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Q9.Which type of shock is caused by a loss of blood or fluid?
A.CardiogenicB.DistributiveC.HypovolemicD.ObstructiveC. HypovolemicExplanation: Hypovolemic shock (low volume) results from hemorrhage (blood loss) or dehydration (fluid loss). It is the most common shock in trauma.
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Q10.A patient with a hip fracture typically presents with a leg that is:
A.Shortened and internally rotatedB.Shortened and externally rotatedC.Lengthened and internally rotatedD.Lengthened and externally rotatedB. Shortened and externally rotatedExplanation: The classic presentation of a proximal femur (hip) fracture is a leg that is shortened and rotated outward (external rotation). Posterior hip *dislocations* are usually internally rotated.
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Q11.You respond to a motor vehicle accident. The patient is found wandering the scene, confused. He asks the same questions repeatedly ('What happened?'). This repetitive questioning is best described as:
A.Retrograde amnesiaB.Anterograde amnesia (repetitive questioning)C.AphasiaD.PsychosisB. Anterograde amnesia (repetitive questioning)Explanation: Anterograde amnesia is the inability to form new memories after the event. The patient cannot 'record' the answers you give, so they ask again. This is common in concussions.
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Q12.The correct placement of a tourniquet is:
A.Directly over the jointB.2-3 inches distal to the woundC.High and tight on the limb (proximal to the wound)D.Loosely until bleeding stopsC. High and tight on the limb (proximal to the wound)Explanation: Place the tourniquet high and tight (proximal to the wound, on the single bone if possible, or simply high on the limb) to compress the artery against the bone. Never place over a joint.
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Q13.Which of the following is a sign of a basilar skull fracture?
A.Battle's Sign and Raccoon EyesB.Dilated pupilsC.HypotensionD.Numbness in the legsA. Battle's Sign and Raccoon EyesExplanation: Battle's sign (bruising behind ears) and Raccoon Eyes (periorbital ecchymosis) are late signs of a fracture at the base of the skull.
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Q14.You are splinting a mid-shaft tibia fracture. You must immobilize:
A.Only the fracture siteB.The knee and the ankleC.The hip and the kneeD.The entire leg and the other legB. The knee and the ankleExplanation: The rule of splinting is to immobilize the joint above and the joint below the fracture site to prevent movement of the bone ends.
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Q15.A 'flail chest' occurs when:
A.The lung collapsesB.Two or more ribs are broken in two or more placesC.The sternum is fracturedD.Blood fills the chest cavityB. Two or more ribs are broken in two or more placesExplanation: Flail chest results in a free-floating segment of the chest wall that moves paradoxically (in during inhalation, out during exhalation) relative to the rest of the chest.
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Q16.Treatment for a flail chest includes:
A.Taping a sandbag to the segmentB.Positive pressure ventilation (BVM) and bulky dressing/stabilizationC.Applying a tourniquetD.Positioning on the uninjured sideB. Positive pressure ventilation (BVM) and bulky dressing/stabilizationExplanation: The priority is oxygenation. Positive pressure ventilation acts as an internal splint. Bulky dressings can help stabilize the segment externally. Do not weigh it down with sandbags (restricts breathing).
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Q17.What is the earliest sign of shock (hypoperfusion)?
A.HypotensionB.CyanosisC.Altered mental status / Restlessness / TachycardiaD.Absent pulsesC. Altered mental status / Restlessness / TachycardiaExplanation: The body compensates first by increasing heart rate and shunting blood. This causes anxiety/restlessness and tachycardia. Hypotension is a late (decompensated) sign.
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Q18.Neurogenic shock is characterized by:
A.Tachycardia and pale, cool skinB.Bradycardia and hypotension with warm, dry skinC.Hypertension and irregular breathingD.Narrowing pulse pressureB. Bradycardia and hypotension with warm, dry skinExplanation: Spinal cord injury cuts off the sympathetic nervous system signals. Blood vessels dilate (warm skin/hypotension) and the heart cannot beat faster (bradycardia/normal rate). It is the only shock with warm skin/low HR.
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Q19.An impaled object should only be removed if:
A.It is in the legB.It interferes with the airway or CPRC.It is very looseD.The patient asks you toB. It interferes with the airway or CPRExplanation: Impaled objects act as a plug (tamponade). Removing them causes massive bleeding. Only remove if it blocks the airway (cheek) or prevents CPR (center of chest). Otherwise, stabilize in place.
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Q20.When assessing a patient with a gunshot wound, you must always look for:
A.The gunB.An exit woundC.Shell casingsD.IDB. An exit woundExplanation: Exit wounds are often larger and cause more damage than entrance wounds. Failing to find/treat an exit wound can lead to fatal hemorrhage.
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Q21.A hematoma is:
A.A scrapeB.A cutC.A collection of blood beneath the skin (pool of blood)D.A burnC. A collection of blood beneath the skin (pool of blood)Explanation: A contusion is a bruise. A hematoma is a larger collection of blood that separates tissue, forming a lump/pool.
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Q22.Which of the following zones of the neck is most dangerous for an injury due to the risk of air embolism?
A.Anterior neck (Jugular veins)B.Posterior neckC.C-spineD.ShouldersA. Anterior neck (Jugular veins)Explanation: If the jugular veins are lacerated, negative pressure in the chest during inhalation can suck air into the vein (air embolism). Occlusive dressing is required immediately.
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Q23.The GCS (Glasgow Coma Scale) score for a patient who opens eyes to pain, uses inappropriate words, and withdraws from pain is:
A.8B.9C.10D.11B. 9Explanation: Eyes: To Pain (2). Verbal: Inappropriate Words (3). Motor: Withdraws (4). Total = 9.
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Q24.You are treating a patient with a severe head injury. You should ventilate to maintain an ETCO2 of:
A.20-25 mmHgB.35-40 mmHgC.50-60 mmHgD.10-15 mmHgB. 35-40 mmHgExplanation: Avoid hyperventilation. Low CO2 causes cerebral vasoconstriction, starving the brain of oxygen. Maintain ETCO2 35-40 (or 35-45). Hyperventilate only if signs of herniation are present (posturing/blown pupil).
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Q25.A 'Subdural Hematoma' is bleeding between the:
A.Skull and Dura MaterB.Dura Mater and Arachnoid/BrainC.Inside the brain tissueD.Scalp and skullB. Dura Mater and Arachnoid/BrainExplanation: Subdural = Below the Dura. It is usually venous and slow developing. Epidural = Above the Dura (Arterial, fast).
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Q26.When using a KED (Kendrick Extrication Device), which strap is secured LAST?
A.Middle torso strapB.Top torso strapC.Leg strapsD.Head strapD. Head strapExplanation: Order: Torso -> Legs -> Head. You cannot secure the head until the torso is fixed, or the neck will move if the patient shifts.
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Q27.A burn that involves the epidermis and the dermis, characterized by blisters and severe pain, is a:
A.Superficial burn (1st degree)B.Partial-thickness burn (2nd degree)C.Full-thickness burn (3rd degree)D.Chemical burnB. Partial-thickness burn (2nd degree)Explanation: Blisters are the hallmark of partial-thickness burns. Superficial is red/dry. Full-thickness is charred/leathery/insensate.
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Q28.If a patient has a deformed knee and no distal pulse, you should:
A.Splint it as foundB.Apply traction until the pulse returnsC.Make one attempt to realign/straighten to restore the pulse, then splintD.Transport immediately without splintingC. Make one attempt to realign/straighten to restore the pulse, then splintExplanation: A pulseless limb is an emergency. NREMT protocol allows ONE attempt to gently realign a deformed fracture/dislocation to restore circulation before splinting.
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Q29.Which organ is most commonly injured in blunt abdominal trauma (e.g., steering wheel impact)?
A.StomachB.Spleen/LiverC.AppendixD.BladderB. Spleen/LiverExplanation: The spleen (LUQ) and liver (RUQ) are solid, vascular organs that fracture/bleed easily upon impact. The stomach is hollow and more resilient.
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Q30.Epistaxis is the medical term for:
A.Vomiting bloodB.Coughing bloodC.NosebleedD.Rectal bleedingC. NosebleedExplanation: Epistaxis = Nosebleed. Hematemesis = Vomiting blood. Hemoptysis = Coughing blood.
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Q31.A patient has sustained a large open wound to the neck. You should immediately cover it with:
A.A dry sterile dressingB.An occlusive dressingC.A pressure bandageD.A moist dressingB. An occlusive dressingExplanation: Open neck wounds risk air embolism (air entering the jugular vein). An occlusive (airtight) dressing must be applied immediately to seal the wound.
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Q32.Which of the following patients should be transported to a Trauma Center?
A.A patient with a GCS of 12B.A patient with a broken wristC.A patient with a simple lacerationD.A patient with stable vital signs after a fall from standingA. A patient with a GCS of 12Explanation: CDC Trauma Triage Guidelines state that a GCS < 14 indicates significant neurological compromise and warrants transport to a designated trauma center.
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Q33.A 22-year-old male was hit in the chest with a baseball bat. He has paradoxical movement of the left chest wall. You should:
A.Apply a sandbagB.Ventilate with a BVMC.Apply a tourniquetD.Place him on his right sideB. Ventilate with a BVMExplanation: Paradoxical movement indicates a flail chest. The underlying lung injury (contusion) causes hypoxia. Positive pressure ventilation (BVM) splints the chest internally and oxygenates the patient.
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Q34.When assessing a patient with a gunshot wound to the chest, you find an entrance wound but no exit wound. You should:
A.Assume the bullet is in the abdomenB.Check the back and armpits carefullyC.Probe the woundD.Apply a tourniquetB. Check the back and armpits carefullyExplanation: You must perform a thorough rapid trauma assessment to find all wounds. A missed exit wound can bleed fatally. Check hidden areas like the axilla (armpits) and back.
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Q35.A patient with a suspected spinal injury is found in a prone position. You should:
A.Leave them proneB.Log roll them onto a spine boardC.Wait for ALSD.Ask them to stand upB. Log roll them onto a spine boardExplanation: To manage the airway and transport, the patient must be supine. The log roll maneuver with manual C-spine stabilization is the standard method to turn a prone patient.
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Q36.Which of the following signs indicates that a patient is in decompensated shock?
A.TachycardiaB.Falling blood pressure (Hypotension)C.AnxietyD.Pale, cool skinB. Falling blood pressure (Hypotension)Explanation: Tachycardia, anxiety, and pale skin are signs of compensated shock. When the blood pressure drops (hypotension), the body can no longer compensate, and perfusion to vital organs fails.
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Q37.You are treating a patient with an amputation of the right hand. You should wrap the amputated part in:
A.A dry sterile dressing and place it directly on iceB.A dry sterile dressing, place in a plastic bag, and keep coolC.A wet dressing and submerge in waterD.FoilB. A dry sterile dressing, place in a plastic bag, and keep coolExplanation: Never place tissue directly on ice or in water (causes frostbite/osmotic damage). Wrap it dry, seal it in a bag, and keep the bag cool.
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Q38.The most appropriate splint for a fractured clavicle (collarbone) is:
A.Traction splintB.Sling and swatheC.Rigid boardD.Air splintB. Sling and swatheExplanation: A sling supports the arm weight, and a swathe secures the arm to the chest, immobilizing the shoulder girdle and clavicle.
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Q39.A 16-year-old male struck a tree while skiing. He complains of left upper quadrant abdominal pain and left shoulder pain (Kehr's sign). You suspect injury to the:
A.LiverB.SpleenC.AppendixD.KidneyB. SpleenExplanation: The spleen is in the LUQ. Rupture causes blood to irritate the diaphragm, causing referred pain to the left shoulder (Kehr's sign).
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Q40.Hemostatic agents (e.g., combat gauze) are used when:
A.Direct pressure fails and a tourniquet cannot be applied (e.g., groin/axilla)B.The wound is smallC.A tourniquet is availableD.The patient asksA. Direct pressure fails and a tourniquet cannot be applied (e.g., groin/axilla)Explanation: Hemostatic gauze is packed into junctional wounds (groin, axilla, neck) where tourniquets cannot fit, to promote rapid clotting.
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Q41.A 'coup-contrecoup' injury refers to:
A.A fracture of the skullB.Bruising of the brain on the side of impact and the opposite sideC.Bleeding in the neckD.A spinal cord injuryB. Bruising of the brain on the side of impact and the opposite sideExplanation: The brain strikes the skull at the impact site (coup) and then rebounds to strike the opposite side (contrecoup), causing dual contusions.
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Q42.The rule for tightening a tourniquet is:
A.Until the patient says it hurtsB.Until the bleeding stops and the distal pulse is absentC.Until the skin turns blueD.Three turns exactlyB. Until the bleeding stops and the distal pulse is absentExplanation: Tighten until the hemorrhage ceases and you can no longer feel a distal pulse. It will be very painful.
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Q43.Which patient requires manual stabilization of the cervical spine?
A.A patient with a gunshot wound to the thighB.A patient found unconscious at the bottom of a flight of stairsC.A patient with a stubbed toeD.A patient with a headacheB. A patient found unconscious at the bottom of a flight of stairsExplanation: Significant mechanism of injury (fall) + unconsciousness = assumption of spinal injury until proven otherwise. Manual stabilization is the first step.
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Q44.A traction splint is indicated for:
A.A closed, mid-shaft femur fractureB.A hip fractureC.A knee injuryD.An ankle fractureA. A closed, mid-shaft femur fractureExplanation: Traction splints (Hare/Sager) are SPECIFICALLY for isolated, mid-shaft femur fractures. They are contraindicated for hip, knee, or lower leg injuries.
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Q45.A patient has a large laceration to the forearm. After applying direct pressure and a pressure dressing, the wound continues to bleed heavily. You should:
A.Remove the dressing and try againB.Apply a tourniquetC.Elevate the armD.Apply a pressure pointB. Apply a tourniquetExplanation: If direct pressure/pressure dressing fails to control hemorrhage, proceed immediately to a tourniquet. Do not remove soaked dressings (it breaks clots). Elevation/pressure points are no longer recommended as primary steps.
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Q46.Commotio Cordis is a condition where:
A.The heart stops due to a blow to the chestB.The lung collapsesC.The ribs breakD.The aorta tearsA. The heart stops due to a blow to the chestExplanation: A sudden impact to the chest (like a baseball) during the repolarization phase of the cardiac cycle (T-wave) triggers Ventricular Fibrillation.
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Q47.In a multisystem trauma patient, the 'Golden Hour' refers to:
A.The time from injury to definitive surgical careB.The time you have to write your reportC.The time before shock sets inD.The time the patient is on sceneA. The time from injury to definitive surgical careExplanation: Survival rates drop significantly after 1 hour. EMS has the 'Platinum 10 minutes' on scene to initiate transport to the Trauma Center.
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Q48.Which of the following is an early sign of compartment syndrome?
A.ParalysisB.PulselessnessC.Pain out of proportion to the injuryD.PallorC. Pain out of proportion to the injuryExplanation: Pain that is severe and not relieved by splinting/meds is the hallmark early sign. Pulselessness and paralysis are late, irreversible signs.
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Q49.A patient with a pelvic fracture is at high risk for:
A.Hypovolemic shock due to internal bleedingB.Airway obstructionC.Head injuryD.StrokeA. Hypovolemic shock due to internal bleedingExplanation: The pelvis contains large volumes of blood vessels. A fracture can hide 1-2 liters of blood loss internally, leading to rapid shock. Use a pelvic binder.
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Q50.Hypothermia in a trauma patient is dangerous because it:
A.Makes them shiverB.Impairs blood clotting (coagulopathy)C.Increases heart rateD.Causes feverB. Impairs blood clotting (coagulopathy)Explanation: The 'Trauma Triad of Death' is Hypothermia, Acidosis, and Coagulopathy. Cold blood does not clot well, worsening hemorrhage. Keep trauma patients warm!
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Q51.When caring for a patient with a dry chemical powder on their skin, you should:
A.Brush off the chemical, then flush with waterB.Flush with water immediatelyC.Cover with a wet dressingD.Neutralize with vinegarA. Brush off the chemical, then flush with waterExplanation: Water can activate dry chemicals (causing thermal burns). Brush first, then flush.
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Q52.Decorticate posturing (flexion of arms, extension of legs) indicates:
A.Spinal injuryB.Severe brain injuryC.SeizureD.Abdominal painB. Severe brain injuryExplanation: Decorticate (flexing towards the 'cord' or core) indicates severe brain damage (high GCS concern). Decerebrate (extension) is worse.
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Q53.A 30-year-old male has a piece of metal impaled in his leg. It is stable and not bleeding heavily. You should:
A.Remove itB.Stabilize it with bulky dressingsC.Cut it shortD.Wiggle it to see how deep it isB. Stabilize it with bulky dressingsExplanation: Stabilize in place to prevent further damage. Removing it may release a tamponaded vessel.
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Q54.Subcutaneous emphysema (crackling under the skin) in the neck or chest indicates:
A.Air leaking from the lung or tracheaB.InfectionC.Broken boneD.Internal bleedingA. Air leaking from the lung or tracheaExplanation: Air escaping from a ruptured lung/trachea gets trapped under the skin, feeling like Rice Krispies (crepitus).
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Q55.A patient with a suspected head injury has a BP of 180/100 and a pulse of 50. This is:
A.ShockB.Cushing's Reflex (ICP)C.NormalD.Cardiac TamponadeB. Cushing's Reflex (ICP)Explanation: Hypertension + Bradycardia = Cushing's Reflex, indicating increasing intracranial pressure.
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Q56.The primary goal of the secondary assessment in a trauma patient is to:
A.Identify life threatsB.Identify all other injuries (head-to-toe)C.Get a SAMPLE historyD.Check insuranceB. Identify all other injuries (head-to-toe)Explanation: Primary assessment finds life threats (ABC). Secondary assessment (head-to-toe) finds non-life-threatening injuries (fractures, cuts).
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Q57.A 4-year-old child has burns to the entire head and entire left arm. Using the pediatric Rule of Nines, the percentage is:
A.18%B.27%C.36%D.9%B. 27%Explanation: Pediatric head = 18%. Arm = 9%. Total = 27%. (Note: Adult head is 9%).
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Q58.Which injury would cause the trachea to deviate away from the affected side?
A.Simple pneumothoraxB.Tension pneumothoraxC.HemothoraxD.Flail chestB. Tension pneumothoraxExplanation: Massive air pressure buildup pushes the mediastinum (heart/trachea) toward the uninjured side. This is a late sign.
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Q59.An avulsion is:
A.A cutB.A bruiseC.A flap of skin torn loose or pulled off completelyD.A punctureC. A flap of skin torn loose or pulled off completelyExplanation: Avulsions involve tearing of tissue, often leaving a flap. Place the flap back in position if possible before bandaging.
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Q60.Treatment for a patient with an eye injury involves:
A.Putting pressure on the eyeB.Covering both eyesC.Applying iceD.Flushing with vinegarB. Covering both eyesExplanation: Eyes move together (sympathetic movement). To stop the injured eye from moving, you must cover/patch BOTH eyes.
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Q61.You respond to a blast injury (explosion). A 'secondary' blast injury is caused by:
A.The pressure waveB.Flying shrapnel/debrisC.The patient being thrown against a wallD.BurnsB. Flying shrapnel/debrisExplanation: Primary = Pressure wave (hollow organs). Secondary = Shrapnel (penetrating). Tertiary = Impact with ground/wall (blunt). Quaternary = Burns/gas.
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Q62.Ideally, a patient with a severe head injury should be transported with the head:
A.Elevated 30 degrees (if not contraindicated by spine injury)B.FlatC.Down (Trendelenburg)D.To the sideA. Elevated 30 degrees (if not contraindicated by spine injury)Explanation: Elevating the head 30 degrees helps promote venous drainage from the brain, potentially lowering ICP. (If on a backboard, tilt the whole board).
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Q63.Which pulse is a reliable indicator of a systolic blood pressure of at least 80 mmHg?
A.CarotidB.RadialC.FemoralD.PedalB. RadialExplanation: Rule of thumb: Radial pulse present = Systolic > 80. Femoral > 70. Carotid > 60.
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Q64.A bite from a spider that causes a painless bite followed by a blister and tissue necrosis (ulcer) is likely from a:
A.Black WidowB.Brown RecluseC.TarantulaD.ScorpionB. Brown RecluseExplanation: Brown Recluse venom is cytotoxic (kills tissue), causing a non-healing ulcer. Black Widow venom is neurotoxic (muscle spasms).
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Q65.Following a lightning strike, the triage priority is:
A.Patients with burnsB.Patients in cardiac arrest (Reverse Triage)C.Patients with fracturesD.Walking woundedB. Patients in cardiac arrest (Reverse Triage)Explanation: Lightning acts as a massive defibrillator, stopping the heart. Unlike other MCI scenarios, patients in cardiac arrest have a high survival rate if CPR is started immediately ('Reverse Triage').
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Q66.A patient has a screwdriver impaled in their cheek, and the point has penetrated into the oral cavity. Bleeding is profuse and obstructing the airway. You should:
A.Stabilize it in placeB.Remove it carefully and control bleeding from both sidesC.Pack gauze around itD.Suction the airway onlyB. Remove it carefully and control bleeding from both sidesExplanation: This is one of the few exceptions to the 'do not remove impaled objects' rule. If an object in the cheek obstructs the airway or prevents bleeding control, it must be removed. Afterward, pack dressing between the teeth and cheek.
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Q67.Heat Stroke is distinguished from Heat Exhaustion by the presence of:
A.Profuse sweating and pale skinB.Altered mental status and hot, dry skinC.Muscle crampsD.Nausea and vomitingB. Altered mental status and hot, dry skinExplanation: Heat stroke occurs when the body's cooling mechanisms fail. Sweating stops (skin is hot/dry), and the brain cooks (altered mental status/coma). Heat exhaustion involves profuse sweating and normal mental status.
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Q68.A diver surfaces rapidly and complains of joint pain and difficulty breathing. This is likely:
A.Nitrogen NarcosisB.Decompression Sickness ('The Bends')C.Air EmbolismD.PneumothoraxB. Decompression Sickness ('The Bends')Explanation: Rapid ascent causes nitrogen bubbles to form in the blood and tissues, causing joint pain (bends) and respiratory issues. It requires a hyperbaric chamber.
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Q69.You are treating a patient with a high-voltage electrical burn. You should be most concerned about:
A.The skin burnB.Cardiac arrest (arrhythmia) and deep tissue damageC.InfectionD.Kidney failureB. Cardiac arrest (arrhythmia) and deep tissue damageExplanation: Electricity follows the path of least resistance (nerves/blood vessels), causing internal damage far worse than the skin suggests. It often disrupts the heart's rhythm (VF/Asystole).
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Q70.When splinting a fracture, you should check Pulse, Motor, and Sensation (PMS):
A.Before splinting onlyB.After splinting onlyC.Before and after splintingD.Only if the patient complainsC. Before and after splintingExplanation: You must verify that the splinting process did not compromise circulation or nerve function.
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Q71.A Greenstick fracture is most common in:
A.Elderly patientsB.Pediatric patientsC.AthletesD.Patients with osteoporosisB. Pediatric patientsExplanation: Children have flexible bones that tend to bend and crack (like a green stick) rather than snapping completely.
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Q72.Which assessment finding suggests a traumatic aortic rupture?
A.Different blood pressures in the left and right armsB.Equal pulsesC.Warm skinD.Normal breath soundsA. Different blood pressures in the left and right armsExplanation: Unequal pulses or BP in the upper extremities suggests a tear in the aorta affecting the subclavian arteries.
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Q73.When transporting a pregnant trauma patient (3rd trimester) on a backboard, you should:
A.Keep her flatB.Tilt the board 15-30 degrees to the leftC.Tilt the board to the rightD.Sit her upB. Tilt the board 15-30 degrees to the leftExplanation: The heavy uterus compresses the inferior vena cava when supine, causing hypotension (Supine Hypotensive Syndrome). Tilting left relieves this pressure.
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Q74.The 'Platinum 10 Minutes' refers to:
A.The time to set up an IVB.The maximum time EMS should spend on scene with a critical trauma patientC.The time it takes to bleed outD.The time to drive to the hospitalB. The maximum time EMS should spend on scene with a critical trauma patientExplanation: Critical trauma patients need a surgeon, not an EMT. Limit scene time to assessment, airway, and bleeding control.
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Q75.A patient with a chemical burn to the eyes should have their eyes flushed for at least:
A.5 minutesB.10 minutesC.20 minutesD.1 hourC. 20 minutesExplanation: Continuous irrigation for at least 20 minutes is required to dilute the chemical and prevent corneal damage.
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Q76.Crush Syndrome occurs when:
A.A heavy object is removed from a patient after 4-6 hours of compression, releasing toxinsB.Bones are brokenC.The head is hitD.The chest is compressedA. A heavy object is removed from a patient after 4-6 hours of compression, releasing toxinsExplanation: Releasing the crushing force allows accumulated toxins (potassium, lactic acid, myoglobin) from dead muscle to flood the bloodstream, causing cardiac arrest and kidney failure.
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Q77.Which of the following describes a 'Colles Fracture'?
A.Fracture of the distal radius (wrist)B.Fracture of the hipC.Fracture of the tibiaD.Fracture of the spineA. Fracture of the distal radius (wrist)Explanation: A Colles fracture ('Silver Fork deformity') is a common wrist fracture from falling on an outstretched hand (FOOSH).
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Q78.The correct treatment for a snake bite includes:
A.Cutting and sucking the woundB.Applying a tourniquetC.Applying iceD.Splinting the limb and keeping it below heart levelD. Splinting the limb and keeping it below heart levelExplanation: Slow the spread of venom by keeping the patient calm and the limb immobilized below the heart. Do NOT cut, suck, ice, or tourniquet.
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Q79.Traumatic Asphyxia is characterized by:
A.Choking on foodB.Cyanosis of the face/neck, JVD, and scleral hemorrhage following severe chest compressionC.Carbon monoxide poisoningD.HangingB. Cyanosis of the face/neck, JVD, and scleral hemorrhage following severe chest compressionExplanation: Sudden, severe compression of the chest (e.g., under a car) forces blood backward out of the heart into the head/neck, causing purple discoloration and bulging eyes.
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Q80.Which of the following is a sign of internal bleeding?
A.Bright red blood on the skinB.Melena (black tarry stools) or coffee-ground emesisC.Normal pulseD.Warm, dry skinB. Melena (black tarry stools) or coffee-ground emesisExplanation: Dark, tarry stools indicate digested blood (upper GI bleed). Coffee-ground vomit indicates old blood in the stomach.
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Q81.For a patient with a suspected femur fracture, you should check for a distal pulse at the:
A.Radial arteryB.Femoral arteryC.Dorsalis pedis or posterior tibial arteryD.Carotid arteryC. Dorsalis pedis or posterior tibial arteryExplanation: Check pulses distal to the injury (top of foot or ankle).
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Q82.Frostbite should be treated by:
A.Rubbing the area to warm itB.Applying hot packs directlyC.Rapid rewarming in warm water (100-105°F) ONLY if there is no chance of refreezingD.Walking on the frozen feetC. Rapid rewarming in warm water (100-105°F) ONLY if there is no chance of refreezingExplanation: Rubbing causes tissue damage. Refreezing a thawed limb is catastrophic. Only rewarm if transport is delayed and refreezing is impossible.
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Q83.Hyphema is a collection of blood in the:
A.BrainB.Anterior chamber of the eye (in front of the iris)C.EarD.NoseB. Anterior chamber of the eye (in front of the iris)Explanation: Hyphema is bleeding inside the eye, visible as a fluid line over the iris/pupil. It is a medical emergency.
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Q84.Following a head injury, a patient exhibits Cheyne-Stokes respirations. This pattern is:
A.Rapid and deepB.Slow and shallowC.Increasing rate/depth followed by decreasing rate/depth and apneaD.Irregularly irregularC. Increasing rate/depth followed by decreasing rate/depth and apneaExplanation: This rhythmic waxing/waning pattern indicates brainstem injury.
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Q85.A 'silver fork deformity' is associated with a fracture of the:
A.Distal radius (Wrist)B.HumerusC.FemurD.AnkleA. Distal radius (Wrist)Explanation: A Colles fracture causes the wrist to bend backward, resembling a dinner fork.
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