1 :

Hint : 💨 Airway always comes first

Correct Answers:

  • Airway protection


Rationale :

🔹 The primary priority in trauma care is ensuring a patent airway—this aligns with the ABC approach (Airway, Breathing, Circulation), which is foundational in emergency and trauma nursing.

🔹 Airway compromise can occur rapidly due to facial trauma, cervical spine injury, blood, or secretions.

🔹 Without a secure airway, oxygenation and ventilation are impossible, making all other interventions secondary.

🔹 Even in multi-system trauma, airway management precedes cardiac, musculoskeletal, or neurological concerns.


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2 :

Hint : 🌊 Tidaling = system is working

Correct Answers:

  • Fluctuation of the fluid level within the water seal chamber


Rationale :

✅ Tidaling, or fluctuation of fluid in the water seal chamber, reflects the client’s inspiratory and expiratory pressure changes, which confirms a patent pleural connection.

✅ When functioning properly, the water will rise during inspiration and fall during expiration — this is a normal and expected finding.

✅ The absence of tidaling may indicate obstruction or lung re-expansion, while continuous bubbling in the water seal (not suction chamber) indicates an air leak.

✅ Fluctuation reassures the nurse that the system is intact and draining intrapleural air or fluid effectively.


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3 :

Hint : 🗣️ Face burns = airway threat

Correct Answers:

  • Airway obstruction


Rationale :

➤ Facial, neck, and chest burns pose a severe threat to the airway due to rapid edema formation, inhalation injury, and thermal damage to the upper airway.

➤ These injuries can cause laryngeal edema, mucosal blistering, or obstruction — even when the airway initially appears clear.

➤ Early airway management (e.g., prophylactic intubation) is crucial within the first few hours, especially when voice hoarseness, stridor, or soot is present.

➤ Infection, ileus, and fluid shifts are concerns but do not override the immediacy of airway compromise in this region of injury.


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4 :

Hint : 📉 Low O₂ = brain at risk

Correct Answers:

  • Check the oximeter.


Rationale :

🔸 After brain surgery, the most immediate concern is oxygenation, as brain tissue is highly sensitive to even brief periods of hypoxia.

🔸 Monitoring SpO₂ via pulse oximeter ensures adequate oxygen delivery and alerts the nurse to early signs of respiratory compromise or aspiration risk.

🔸 While monitoring for CSF leaks and increased ICP are important, oxygen delivery takes priority immediately post-op to prevent secondary brain injury.

🔸 Early hypoxia may lead to re-elevation of ICP and poor neurological outcomes if not rapidly addressed.


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5 :

Hint : 💧 Watch kidneys for fluid status

Correct Answers:

  • Urine output


Rationale :

🔹 In burn management, urine output is the most reliable and immediate indicator of adequate fluid replacement during resuscitation.

🔹 It reflects renal perfusion, which is directly linked to circulating volume and tissue perfusion.

🔹 The target output is typically 30–50 mL/hr in adults, or 0.5–1 mL/kg/hr, depending on the severity of the burn.

🔹 While heart rate, weight, and BP provide supportive data, they are less sensitive than urine output for evaluating effective resuscitation during the acute phase.


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6 :

Hint : 🧪 Mannitol = brain pressure reducer

Correct Answers:

  • Mannitol 25%


Rationale :

✅ Mannitol is an osmotic diuretic used to treat increased ICP by drawing water out of edematous brain tissue and into the bloodstream.

✅ This reduces cerebral edema, lowers ICP, and helps preserve cerebral perfusion pressure (CPP).

✅ It works quickly and is the first-line agent for reducing pressure after traumatic brain injury or cerebral hemorrhage.

✅ Mannitol requires close monitoring of serum osmolality and renal function to avoid fluid overload or electrolyte imbalance.


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7 :

Hint : 🧮 ratio: units ÷ concentration

Correct Answers:

  • 24


Rationale :

✍️Use the formula:

✳️mL/hr = (Prescribed dose ÷ Concentration per mL)

↪ Prescribed dose: 1,200 units/hr

↪ Available concentration: 25,000 units in 500 mL

→ So, 1 mL = 50 units (25,000 ÷ 500)

👉 1,200 ÷ 50

👍 = 24 mL/hr


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8 :

Hint : 📍 Location determines danger

Correct Answers:

  • Location of the bum


Rationale :

🔸 The location of the burn is the top priority in determining burn severity, especially when it involves high-risk areas like the face, neck, chest, hands, perineum, or joints.

🔸 Burns in these areas can affect airway function, mobility, and risk of infection.

🔸 For example, facial burns raise concern for inhalation injury, while circumferential chest burns can impair breathing.

🔸 While cause, age, and history influence treatment, the immediate location dictates urgency and intervention strategy.


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9 :

Hint : 📈 Cushing’s triad = give Mannitol

Correct Answers:

  • Mannitol 25%


Rationale :

🔹 Cushing’s triad — hypertension with widening pulse pressure, bradycardia, and irregular respirations — is a late sign of increased ICP.

🔹 Administering Mannitol 25% helps rapidly reduce ICP and prevent brain herniation by decreasing cerebral edema.

🔹 It draws excess fluid from brain tissues into the vascular system, where it can be excreted via the kidneys.

🔹 This is a life-saving intervention that must be initiated promptly when these neurological signs are detected.


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10 :

Hint : 💡 Pupil reflex = CN III test

Correct Answers:

  • Checking the pupillary response to light


Rationale :

✅ Cranial nerve III (oculomotor) controls pupil constriction and eyelid elevation, making pupillary reaction to light the most appropriate assessment.

✅ The nurse shines a light in each eye and observes for direct and consensual constriction, which confirms intact function.

✅ It also innervates some extraocular muscles, contributing to eye movement, but the most specific and direct assessment is the pupillary light reflex.

✅ Early detection of CN III dysfunction is crucial in identifying increased ICP or brain herniation.


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Total Questions: 10

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