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TCAR FINAL EXAM-TRAUMA CARE 2026/2027 BANK QUESTIONS WITH DETAILED VERIFIED ANSWERS / EXAM QUESTIONS WILL COME FROM HERE (100% CORRECT ANSWERS/ A+ GRADED

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Pass your TCAR (Trauma Care After Resuscitation) Final Exam with confidence using this complete 2026 exam bank featuring authentic questions and verified answers. This comprehensive study guide covers every essential topic for trauma nursing certification: trauma assessment (3 questions: dose of energy, location, likely injuries; GSW assessment—caliber, velocity, entrance/exit wounds), projectile ballistics (temporary cavitation, tissue considerations, bullet migration, retained projectiles), thoracic trauma (rib fractures 4-9 most common, posterior rib fractures indicating high force and T-spine injury, flail chest definition—2+ adjacent rib fractures or free-floating sternum, paradoxical chest movements), pulmonary injuries (contusion—70% not visible on initial CXR, blossoms over time, P:F ratio monitoring; laceration risk of massive hemothorax; pneumothorax types—simple, tension (needle D, 100% mortality without intervention), open (chest seal), hemothorax (500ml-3L blood, chest tube drainage 1-1.5L initial), subcutaneous emphysema (rice crispies/bubble wrap sensation), cardiac trauma (cardiac contusion blossoms over time, right ventricle most commonly affected, cardiac tamponade—Beck's triad: muffled heart sounds, JVD, hypotension; electrical alternans on EKG, pericardiocentesis), great vessel injury (aortic dissection—widened mediastinum on CXR, bilateral BP discrepancy, permissive hypotension MAP 60-70, HR 80, beta blockers), hemorrhage management (leading cause of early trauma mortality 30-40%, damage control resuscitation 1:1:1 RBC:FFP:platelets, permissive hypotension SBP 80-90, massive transfusion 10 units, citrate causing hypocalcemia, warm patient to prevent coagulopathy), blood products (PRBC hematocrit 55-70%, shelf life 42 days; platelets 5 days at room temperature; FFP 7 years frozen, 15-30 min thaw; cryoprecipitate; type AB universal plasma donor), resuscitation endpoints (shock index HR/SBP, pulse pressure narrow 40 indicates hemorrhage, MAP calculation, lactate 4, base deficit -6 indicates shock, VO2 calculation, SvO2 normal 60-80%), abdominal trauma (FAST exam, spleen most common injury—Kehr sign left shoulder referred pain, liver, kidney; bowel rupture—free air on X-ray; retroperitoneal structures; abdominal compartment syndrome—low urine output, bladder pressure measurement, normal 0-5 mmHg, 20-30 mmHg significant), renal failure (prerenal—hypoperfusion, intrarenal—nephron damage from under-resuscitation/rhabdo/contrast, postrenal—plumbing obstruction), rhabdomyolysis (CK elevation, myoglobin nephrotoxic, urine output 100ml/hr, urine pH 6, dark urine tea/cola color), compartment syndrome (pain out of proportion to injury, pressure 20-30 mmHg, fasciotomy, pulse ox pleth waveform monitoring), traumatic brain injury (diffuse axonal injury—immediate LOC, vegetative state cause, initial CT often normal; epidural hematoma—middle meningeal artery, arterial bleed, lucid interval, convex CT appearance; subdural hematoma—venous bleed from bridging veins, atrophied brain risk in elderly/alcoholics; cerebral contusion—coup-contrecoup; Cushing triad late sign; CPP = MAP - ICP normal 60-70; SBP goal 110), facial trauma (LeFort fractures I-III, cribiform plate fractures—CSF leak, nothing in nose), spinal cord injury (neurogenic shock—distributive, at or above T6, unopposed PNS, bradycardia, vasodilation; spinal shock—temporary areflexia; ASIA classification; C4 diaphragm breathing—ventilator dependent; C5 elbow flexion; C6 wrist control; C7 elbow extension; C8 finger flexion; T1 full hand function; incomplete syndromes: anterior, posterior, central, Brown-Séquard—hemisection), geriatric trauma (anticoagulation reversal—vitamin K, KCentra, FFP), fall assessment (mechanical vs medicinal causes), and trauma nursing priorities. Perfect for TCAR certification candidates, trauma nurses, emergency department RNs, critical care transport professionals, and trauma center staff.

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TCAR FINAL EXAM-TRAUMA CARE 2026/2027 BANK QUESTIONS
WITH DETAILED VERIFIED ANSWERS / EXAM QUESTIONS WILL
COME FROM HERE (100% CORRECT ANSWERS/ A+ GRADED


3 questions to ask in trauma - ANSWER--what was the dose of energy?
-where did it go?
-what injuries are likely?


2 q's to ask in GSW - ANSWER-caliber
type of gun
# of entrance/exit wounds
high/low velocity


1st question to ask in any traumatic injury? - ANSWER-what was the dose of
energy involved?
(was it high or low?)


what is the caliber of a bullet? - ANSWER-diameter


aka diameter of a bullet - ANSWER-caliber


what happens to projectiles when they enter the body - ANSWER-projectiles don't
travel in a straight line
consider temporary cavity wound


what should you consider about tissue a projectile enounters - ANSWER-
temporary cavitation

1

,primary goal of GSW surgery - ANSWER-usually damage repair & not bullet
removal
-if superficial, it may migrate the surface with time


important thing to remember about retained projectiles - ANSWER-they may
migrate over time. bullett migration might explain unexplained clinical findings
(VP Cheney accidentally shot his friend while hunting in 2006. ICU and did great.
moved to an inpatient unit. had a silent MI bc a shot gun pellets migrated into a
canary artery causing an infract. so had a MI but fibrinolytic not the answer in this
case b/c it was a "projectile embolus"


aka brestbone - ANSWER-sternum


what attaches the ribs to the sternum - ANSWER-cartliage


what breaks thoracic bones - ANSWER-significant force
-1-2nd ribs, posterior ribs, sternum, scapulae, T2-10
gives us info about the force aka "dose" of energy received
consider injury to internal structures b/c force


ribs that are the most frequently broken - ANSWER-ribs 4-9 b/c long, thin, and
poorly protecte
it is harder to break a short pencil (T1-2) and easier to break a longer one
*ask how many and where to understand the force involved


what is the significance of posterior rib fractures - ANSWER-unusual direction of
injury
2

,shorter stubby ribs
good muscle profection
**posterior rib fractures have a lot of force so need a high dose.
***PRF need a lot of force so high dose of energy. big red flag for t-spine injury


indication of c-spine injury - ANSWER-to injure c-spine, you don't need a big
energy blow. all it takes is shaking around.


c spine versus t spine fractures - ANSWER-c-spine doesn't need a big energy blow.
just some shaking around


t-spine needs a great strong direct blow (not just a shock_


treatment for rib fractures - ANSWER-largely supportive nursing care like
pulmonary toilet


CXR and rib fractures - ANSWER-simple rib fractures are difficult to see on CXR
and can be commonly missed
(1/2 of all rib fractures aren't identified at the POI CXR)


identify a previous rib fracture on CXR - ANSWER-once healed, rib fractures
form bony callouses and become more visible on CXR


how to tell a pt has a pneumonia from a CXR - ANSWER-dark spot that is not
equal to the opposite side


consider if a pt has a lower rib fracture - ANSWER-liver & spleen injury


3

, acts like BBQ/marshmellow skewers


how high does the diaphragm rise on inspiration - ANSWER-level of 4th ICS


risk of rib fractures - ANSWER-can puncture liver, spleen,, diaphragm
pop lungs


+2 adjacent rib fractures - ANSWER-flail chest


free floating sternum - ANSWER-flail chest


definition of flail chest - ANSWER-+2 adjacent rib fracture
free floating sternum


why is flail chest a problem - ANSWER-b/c breathing is a mechanical process


paradoxical chest movements - ANSWER-in flail chest


s/s of flail chest - ANSWER-paradoxical chest wall movement


where on the tissue oxygenation cascade is thoracic cage fractures a problem -
ANSWER-ventilation


parameters to assess ventilation - ANSWER-ETCO2, PaCO2, clinical assessment


what are considered "great vessels" - ANSWER-

4

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