Nclexrn Quiz: Burns Initial Resuscitation Priorities

What this quiz covers

This quiz focuses on Burns Initial Resuscitation Priorities, giving you a quick way to practice the rules, question types, and explanations that matter most for Nclexrn.

How to use this quiz

Try each quiz question before looking at the correct answer. Use the explanations to review missed ideas, then come back to similar questions until the pattern feels familiar.

Question 1

1. Begin continuous cardiac monitoring and obtain a 12-lead electrocardiogram (correct answer)
2. Apply topical antimicrobial ointment to the burns and cover with sterile gauze
3. Provide oral intake to prevent dehydration since burns appear small
4. Delay interventions until coagulation studies are resulted

Explanation: This question tests initial resuscitation priorities in burn care. It applies the ABC framework extended to cardiac risks in electrical injuries with comorbidities. Beginning continuous cardiac monitoring and obtaining an ECG is the highest priority due to irregular tachycardia and loss of consciousness, heightened by anticoagulation, for early arrhythmia detection and safety. Applying ointment (B), providing oral intake (C), and delaying for labs (D) are lower priorities or unsafe, as cardiac stability precedes them. Principles stress ECG monitoring in electrical burns for dysrhythmias, especially with cardiac history. Fluid management is important but cardiac surveillance is immediate. Integrate comorbidity factors into ABCs for prioritizing monitoring in electrical injuries.

Question 2

1. Dark, tea-colored urine noted after urinary catheter insertion (correct answer)
2. Pain rated 7/10 at the entry wound site
3. Small blistering at the burn edges
4. Mild anxiety about returning to work

Explanation: This question tests initial resuscitation priorities in burn care. It applies a safety framework to detect complications in electrical injuries. Dark, tea-colored urine requires immediate intervention as it suggests myoglobinuria and rhabdomyolysis, risking kidney failure and necessitating prompt fluid adjustments for safety. Pain (B), blistering (C), and anxiety (D) are expected but lower priorities, not indicating acute systemic threats. Principles emphasize monitoring for internal injuries like muscle breakdown in electrical burns, with aggressive hydration to clear myoglobin. Airway and fluid management are foundational to prevent multiorgan failure. Escalate for urine discoloration in electrical injuries, integrating lab and clinical findings for prioritization.

Question 3

1. Apply neutralizing agents to the skin to stop the chemical reaction
2. Initiate copious irrigation with tepid water and continue for an extended period per protocol (correct answer)
3. Obtain baseline pain score and administer oral analgesics
4. Cover the area with an occlusive dressing to prevent further exposure

Explanation: This question tests initial resuscitation priorities in burn care. It incorporates a decontamination framework for chemical burns, emphasizing immediate action. Initiating copious irrigation with tepid water is the highest priority to remove the chemical and halt damage, especially with delayed rinsing, for client safety. Applying neutralizers (A), assessing pain (C), and using occlusive dressings (D) are incorrect, as neutralizers can worsen reactions and dressings trap agents. Principles require extended irrigation without neutralizers for most chemicals. Airway protection is needed if inhaled, but skin decontamination is first. Prioritize irrigation duration based on chemical type, avoiding delays in similar exposures.

Question 4

1. Increasing numbness and coolness distal to a circumferential burn (correct answer)
2. Heart rate of 108/min after a painful injury
3. Estimated burn size of 9% TBSA
4. Client request for family notification

Explanation: This question tests initial resuscitation priorities in burn care. It applies a safety framework to identify compartment syndrome risks. Increasing numbness and coolness distal to circumferential burns require immediate intervention, signaling vascular compromise needing escharotomy for limb salvage and safety. Tachycardia (B), burn size (C), and family requests (D) are lower priorities, not indicating acute ischemia. Principles include frequent neurovascular checks in circumferential burns to detect edema-induced compression early. Fluid management is essential but monitoring prevents complications like amputation. Prioritize escharotomy readiness in limb burns by assessing distal perfusion routinely.

Question 5

1. Administer intravenous opioid analgesia and reassess pain and respiratory status frequently (correct answer)
2. Administer intramuscular opioid analgesia to provide longer duration of action
3. Encourage oral analgesics with food to prevent nausea
4. Use nonpharmacologic measures only until fluid resuscitation is completed

Explanation: This question tests initial resuscitation priorities in burn care. It employs a priority intervention framework for pain management in burns. Administering IV opioids with frequent reassessment is the highest priority for severe pain, allowing safe titration without compromising respiration, promoting client comfort and safety. Using IM (B), oral (C), or nonpharmacologic only (D) are less effective or inappropriate, as IM absorption is unreliable and oral unsuitable during resuscitation. Principles stress IV routes for rapid pain control in burns due to high metabolic demands. Fluid management supports stability but pain can exacerbate stress responses. Use multimodal analgesia with vigilant monitoring in burn care for balanced prioritization.

Question 6

1. Apply a topical anesthetic eye drop if prescribed to reduce pain before irrigation
2. Begin immediate continuous irrigation of both eyes with isotonic solution and remove contact lenses if present (correct answer)
3. Obtain visual acuity and document baseline findings before any intervention
4. Place an eye patch over the affected eye to prevent further injury

Explanation: This question tests initial resuscitation priorities in burn care. It incorporates a priority intervention framework for ocular chemical injuries, emphasizing decontamination. Beginning immediate continuous irrigation and removing lenses is the highest priority to dilute the chemical and prevent corneal damage, ensuring client safety. Applying anesthetics (A), obtaining acuity (C), and patching (D) are lower priorities or risky, as they delay irrigation or trap irritants. Principles include prolonged irrigation for chemical eye exposures to neutralize agents effectively. Airway protection may be needed if fumes affect breathing. Always initiate decontamination first in chemical injuries, using time-sensitive protocols for optimal outcomes.

Question 7

1. Insert an indwelling urinary catheter and record urine output hourly
2. Start lactated Ringer solution via two large-bore intravenous catheters and titrate to urine output goals
3. Administer furosemide intravenously now to increase urine output during the first 8 hours (correct answer)
4. Maintain the client on a warm environment and use warmed intravenous fluids as available

Explanation: This question tests initial resuscitation priorities in burn care. It employs a clinical judgment framework to identify inappropriate orders in hypovolemic states. Administering furosemide is questionable as it could worsen hypovolemia in this tachycardic, hypotensive client, where fluid resuscitation is needed instead for safety. Inserting a catheter (A), starting fluids (B), and maintaining warmth (D) are appropriate for monitoring and preventing hypothermia. Principles emphasize crystalloid fluids to restore volume, avoiding diuretics that deplete it further. Airway protection and temperature control are key, but fluid overload is rare early on. Question orders that contradict hypovolemia management, applying evidence-based protocols for burns.

Question 8

1. Measure and document burn wound size and depth every 8 hours
2. Insert an indwelling urinary catheter and monitor urine output hourly (correct answer)
3. Obtain a daily weight after the first 24 hours of resuscitation
4. Auscultate bowel sounds every 4 hours for signs of ileus

Explanation: This question tests initial resuscitation priorities in burn care. It applies a priority intervention framework for evaluating fluid resuscitation efficacy. Inserting an indwelling urinary catheter for hourly output monitoring is the highest priority to assess resuscitation adequacy, as low output indicates hypovolemia in this tachycardic, hypotensive client, promoting safety through guided fluid adjustments. Measuring wound size (A), obtaining daily weights (C), and auscultating bowel sounds (D) are lower priorities, as they do not directly evaluate acute fluid status like urine output does. Burn resuscitation principles underscore urine output as a key indicator of perfusion, targeting 0.5-1 mL/kg/hr in adults. Airway protection and fluid balance are foundational to prevent complications like acute kidney injury. In similar situations, prioritize objective monitoring tools like urine output to titrate interventions effectively.

Question 9

1. Apply dry sterile dressings to the entry and exit wounds to reduce contamination
2. Initiate continuous cardiac monitoring and obtain a 12-lead electrocardiogram (correct answer)
3. Start oral fluids to maintain hydration because the external burns are small
4. Assess tetanus immunization status and administer a booster if indicated

Explanation: This question tests initial resuscitation priorities in burn care. It incorporates the ABC framework with emphasis on circulation and cardiac monitoring in electrical injuries. Initiating continuous cardiac monitoring and obtaining an ECG is the highest priority due to risks of arrhythmias from electrical current, evidenced by irregular heart rate and chest tightness, ensuring early detection for client safety. Applying dressings (A), starting oral fluids (C), and assessing tetanus (D) are lower priorities, as wound care and prophylaxis follow cardiac stabilization. Principles of burn resuscitation for electrical injuries stress monitoring for internal damage beyond visible burns, including cardiac and neurological effects. Fluid management is vital but secondary to arrhythmia risks. Use a systematic approach like ABCs extended to include dysrhythmia surveillance in electrical burns for timely interventions.

Question 10

1. Begin high-calorie enteral nutrition within the first 24 hours to support healing
2. Establish two large-bore intravenous lines and start warmed isotonic crystalloid fluids per protocol (correct answer)
3. Debride loose blistered skin to reduce infection risk
4. Apply topical antimicrobial therapy and cover burns with sterile dressings

Explanation: This question tests initial resuscitation priorities in burn care. It utilizes the ABC framework, prioritizing circulation in major burns with hypovolemic signs. Establishing two large-bore IV lines and starting warmed crystalloids per protocol is the highest priority to restore volume in this tachycardic, hypotensive client, ensuring effective resuscitation. Starting nutrition (A), debriding (C), and applying antimicrobials (D) are lower priorities, as metabolic and wound needs follow hemodynamic stability. Principles include using formulas like Parkland for fluid calculation to counteract capillary leak. Airway protection is key but not the focus here. Apply resuscitation formulas early while monitoring responses for similar hypovolemic scenarios.

Question 11

1. Urine output of 15 mL/hr during the resuscitation phase (correct answer)
2. Restlessness related to pain and anxiety
3. Temperature of 36.7°C (98.1°F)
4. Need for dressing changes to prevent infection

Explanation: This question tests initial resuscitation priorities in burn care. It utilizes a safety framework to identify inadequate resuscitation signs. Low urine output of 15 mL/hr requires immediate intervention as it indicates under-resuscitation and hypoperfusion, risking kidney injury and necessitating fluid adjustments for safety. Restlessness (B), hypothermia (C), and dressing needs (D) are concerning but secondary, as output directly reflects volume status. Principles target 30-50 mL/hr urine output in adult burns to guide therapy. Airway and temperature management support care but perfusion is critical. Monitor and adjust fluids promptly for oliguria, using it as a key indicator in similar scenarios.

Question 12

1. Begin intravenous fluids after obtaining the child's weight
2. Provide humidified oxygen and prepare for escalation of airway support (correct answer)
3. Apply topical antimicrobial ointment to the burns
4. Cover burns with dry sterile gauze and reassess in 30 minutes

Explanation: This question tests initial resuscitation priorities in burn care. It employs the ABC framework, prioritizing airway and breathing in pediatric facial burns. Providing humidified oxygen and preparing for airway support is the highest priority for wheezing and hypoxia, indicating edema risk, to prevent failure and ensure safety. Starting fluids (A), applying ointment (C), and covering burns (D) are lower priorities, as airway precedes them. Principles note children's proneness to rapid airway compromise in facial scalds. Fluid management is crucial but secondary to oxygenation. Always address respiratory distress first in pediatric burns using ABCs for escalation.

Question 13

1. Start a second large-bore intravenous line and rapidly infuse warmed isotonic crystalloid per protocol (correct answer)
2. Administer intravenous albumin to expand intravascular volume immediately
3. Obtain a complete blood count and basic metabolic panel before starting fluids
4. Elevate the head of the bed and encourage deep breathing to reduce anxiety

Explanation: This question tests initial resuscitation priorities in burn care. It utilizes a circulation-focused framework for addressing hypovolemic shock in major burns. Starting a second IV line and rapidly infusing warmed crystalloids is the highest priority to restore volume in this restless, hypotensive client, ensuring perfusion and safety. Administering albumin (B), obtaining labs first (C), and elevating the bed (D) are incorrect, as albumin is not first-line and delays are risky. Principles advocate large-volume crystalloids per formulas to counter fluid shifts. Airway protection supports resuscitation but circulation is the focus. Escalate fluid rates based on vital signs, using protocols for timely shock reversal.

Question 14

1. Start isotonic intravenous fluids via large-bore access and titrate based on urine output and vital signs (correct answer)
2. Delay fluids until burn center transfer is arranged to avoid over-resuscitation
3. Apply ice packs directly to burned areas to decrease edema and pain
4. Administer prophylactic antibiotics to prevent sepsis in the first 24 hours

Explanation: This question tests initial resuscitation priorities in burn care. It applies the ABC framework with emphasis on circulation through fluid resuscitation. Starting isotonic IV fluids via large-bore access and titrating based on output and vitals best supports priorities by addressing hypovolemia in this tachycardic, hypotensive client, ensuring effective care. Delaying fluids (B), applying ice (C), and giving antibiotics (D) are inappropriate, as delays risk shock, ice causes vasoconstriction, and antibiotics are not prophylactic. Principles include using crystalloids to maintain organ perfusion. Airway protection is integral but circulation is key here. Tailor fluid rates to dynamic assessments for optimal resuscitation in burns.

Question 15

1. Prepare the client for immediate surgical debridement of the entry wound
2. Initiate continuous cardiac monitoring and obtain a 12-lead electrocardiogram (correct answer)
3. Apply ice packs to the entry and exit wounds to reduce swelling
4. Collect a detailed pain history and reassess neurovascular status in 30 minutes

Explanation: This question tests initial resuscitation priorities in burn care, specifically recognizing cardiac complications from electrical injury. The clinical judgment framework prioritizes life-threatening cardiac dysrhythmias in electrical burns. The correct answer (B) represents the highest priority because electrical injuries can cause immediate cardiac dysrhythmias (evidenced by irregular pulse and bradycardia at 52/min), which can deteriorate to lethal rhythms without warning. Option A (surgical debridement) is premature and not immediately indicated; option C (ice packs) is contraindicated as it can worsen tissue damage; option D (pain history) delays critical cardiac monitoring. Electrical burns are unique because the visible skin damage often underestimates internal injury, and cardiac effects can be immediate or delayed. High-voltage injuries frequently cause cardiac dysrhythmias due to disruption of the heart's electrical conduction system. A transferable strategy is to recognize that any electrical injury requires immediate cardiac monitoring as the first priority, regardless of the apparent severity of external burns.

Question 16

1. Insert a urinary catheter to begin hourly urine output monitoring
2. Administer tetanus immunization as indicated by immunization history
3. Start warmed lactated Ringer solution through two large-bore intravenous lines using a burn resuscitation protocol (correct answer)
4. Obtain wound cultures from open burn areas before applying dressings

Explanation: This question tests initial resuscitation priorities in burn care. It applies the priority intervention framework focusing on circulation and shock prevention in major burns. Starting warmed lactated Ringer solution through two large-bore IV lines using a burn resuscitation protocol is the highest priority to address hypovolemic shock evidenced by tachycardia, hypotension, and restlessness, ensuring client safety through volume restoration. Inserting a urinary catheter (A) is important for monitoring but follows IV access; administering tetanus (B) and obtaining wound cultures (D) are secondary to stabilizing circulation, as infection prevention comes after hemodynamic stability. Nursing principles in burn resuscitation emphasize aggressive fluid replacement to counteract capillary permeability and fluid shifts. Airway protection is also key, but here circulation takes precedence given the assessment findings. A transferable strategy is to use the ABCs while prioritizing interventions that prevent irreversible shock in hypovolemic states.

Question 17

1. Apply a neutralizing acidic solution to stop the chemical reaction
2. Begin continuous irrigation of the affected area with copious tepid water after removing contaminated clothing (correct answer)
3. Cover the affected area with dry sterile dressings and elevate the extremity
4. Administer intravenous antibiotics after obtaining a provider prescription

Explanation: This question tests initial resuscitation priorities in burn care, specifically managing chemical burns. The clinical judgment framework focuses on stopping ongoing tissue damage as the immediate priority. The correct answer (B) represents the highest priority because alkali burns continue to cause tissue damage until the chemical is completely removed, and immediate copious irrigation is the only effective way to dilute and remove the caustic substance. Option A (neutralizing solution) is contraindicated as it can cause an exothermic reaction worsening the burn; option C (dry dressings) would trap the chemical against the skin; option D (antibiotics) addresses infection prevention but is not the immediate priority. Chemical burn management differs from thermal burns in that the burning process continues until the agent is removed or neutralized through dilution. Alkali burns are particularly dangerous as they cause liquefactive necrosis and penetrate deeper than acid burns. A transferable strategy is to remember that for any chemical burn, immediate and prolonged irrigation (at least 20-30 minutes) takes precedence over all other interventions to limit tissue damage.

Question 18

1. Insert two large-bore intravenous catheters and begin lactated Ringer solution per burn resuscitation protocol
2. Prepare for early endotracheal intubation and notify the provider/rapid response team of impending airway compromise (correct answer)
3. Obtain the client's weight and calculate the 24-hour fluid requirement using a burn formula
4. Apply silver-based topical antimicrobial cream to the burned areas and cover with dry sterile dressings

Explanation: This question tests initial resuscitation priorities in burn care. It utilizes the ABC clinical judgment framework, emphasizing airway, breathing, and circulation. Preparing for early endotracheal intubation and notifying the provider represents the highest priority because signs of inhalation injury, such as hoarseness, stridor, singed nasal hairs, and soot, indicate impending airway compromise that could lead to rapid deterioration and client safety risks. Inserting IV catheters and starting fluids (A), obtaining weight for fluid calculation (C), and applying antimicrobial cream (D) are important but lower priorities compared to securing the airway, as fluid resuscitation and wound care can follow airway stabilization. In burn resuscitation, protecting the airway is critical due to the risk of edema and obstruction from inhalation injuries. Fluid management is essential to prevent hypovolemic shock, but it must not delay airway interventions. When prioritizing care in burn scenarios, always apply the ABC framework to address life-threatening issues first, such as airway patency before circulation or wound management.

Question 19

1. Weigh the child to calculate fluid needs and begin maintenance intravenous fluids
2. Apply cool (not cold) wet compresses to the burned areas for pain relief
3. Provide high-flow oxygen and notify the provider to prepare for airway stabilization (possible intubation) (correct answer)
4. Insert a urinary catheter to monitor urine output every hour

Explanation: This question tests initial resuscitation priorities in burn care, specifically recognizing airway emergency in a pediatric patient. The clinical judgment framework prioritizes airway management when signs of respiratory distress are present. The correct answer (C) represents the highest priority because the child shows clear signs of upper airway obstruction including stridor, drooling, harsh cough, and burns around the mouth, indicating immediate risk of complete airway obstruction. Option A (weighing for fluids) is important but secondary to airway management; option B (cool compresses) is contraindicated as it can cause hypothermia; option D (urinary catheter) is needed for monitoring but comes after airway stabilization. In pediatric burn care, the smaller airway diameter means edema causes proportionally greater obstruction, and deterioration can be rapid. The presence of oral burns, drooling, and stridor are ominous signs requiring immediate intervention. A transferable strategy is to recognize that any burns to the face, mouth, or signs of respiratory distress in children mandate immediate airway assessment and protection before addressing other burn care needs.

Question 20

1. Start warmed isotonic intravenous fluids and closely monitor response (blood pressure and urine output) (correct answer)
2. Restrict intravenous fluids due to heart failure and request a diuretic prescription
3. Delay fluid resuscitation until a central venous catheter is inserted
4. Place the client in a prone position to reduce edema in the burned arm

Explanation: This question tests initial resuscitation priorities in burn care, specifically managing burns in patients with cardiac comorbidities. The clinical judgment framework balances urgent fluid needs against cardiac limitations. The correct answer (A) represents the highest priority because despite the heart failure history, the client is in hypovolemic shock (BP 84/50, tachycardia, cool skin) from the 28% TBSA burn and requires careful fluid resuscitation with close monitoring. Option B (restricting fluids) would worsen shock and organ perfusion; option C (delaying for central line) postpones critical treatment; option D (prone positioning) is inappropriate and doesn't address shock. Burn patients with cardiac disease require modified but not withheld fluid resuscitation, using careful titration based on hemodynamic response. The key is balancing adequate perfusion against fluid overload risk through frequent reassessment. A transferable strategy is to recognize that even patients with heart failure need fluid resuscitation for burn shock, but require more frequent monitoring and careful titration based on response.