PCCN Quiz -5
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A. A patient with acute decompensated heart failure presents with severe dyspnea, pink frothy sputum, and SpO₂ 78% on high-flow oxygen. BP is 190/100 mmHg. What is the priority nursing action?
Oops! Revisit the management of hypertensive acute heart failure.
Correct! Well done.
IV nitroglycerin reduces preload and afterload, rapidly improving oxygenation in hypertensive pulmonary edema.
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B. A nurse hears a colleague making a negative joke about a patient’s mobility limitations. What is the most appropriate action?
Oops! Revisit principles of professional conduct.
Professionalism requires addressing inappropriate comments directly to preserve respect and patient dignity.
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C. A patient with an acute STEMI develops severe hypotension after receiving nitroglycerin. Jugular venous distention and clear lung sounds are noted. What is the priority nursing action?
Oops! Revisit contraindications for nitroglycerin.
Hypotension with JVD and clear lungs after nitroglycerin indicates right ventricular infarction, requiring fluid resuscitation to improve preload and cardiac output.
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D. A patient with end-stage renal disease becomes tearful when discussing dialysis. What is the most appropriate nursing action?
Oops! Revisit principles of caring practice.
Caring practice emphasizes empathy and presence, supporting patients through emotional distress.
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E. A patient with an acute myocardial infarction develops new-onset complete heart block with a ventricular rate of 30 bpm and hypotension. What is the priority nursing action?
Oops! Revisit the ACLS algorithm for bradycardia.
Complete heart block with symptomatic bradycardia and hypotension requires immediate pacing for hemodynamic support.
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F. A patient with a basilar skull fracture presents with clear nasal drainage, periorbital ecchymosis, and headache. What is the priority nursing intervention?
Oops! Revisit the management of basilar skull fractures.
Elevation of the head and prompt notification help reduce intracranial pressure and prevent complications like meningitis; avoid NG tube insertion.
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G. A patient with end-stage heart failure states, “I don’t want to continue aggressive treatments.” What should the nurse do first?
Oops! Revisit the nurse’s advocacy role in end-of-life care.
Advocacy requires honoring patient autonomy and promptly communicating treatment preferences.
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H. A patient post-CABG develops sudden hypotension, muffled heart sounds, and jugular venous distention. What is the immediate nursing action?
Oops! Revisit post-cardiac surgery emergencies.
This presentation indicates cardiac tamponade, a life-threatening complication requiring urgent drainage.
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I. A patient with DKA is receiving IV insulin. Glucose is 180 mg/dL, potassium is 2.9 mEq/L, and the anion gap is still open. What should the nurse do next?
Oops! Revisit electrolyte management in DKA.
Severe hypokalemia must be corrected before continuing insulin to avoid dangerous arrhythmias during metabolic correction.
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J. A patient with a subarachnoid hemorrhage becomes acutely hypertensive and complains of severe headache and photophobia. What is the immediate nursing action?
Oops! Revisit blood pressure management in subarachnoid hemorrhage.
Controlled BP reduction minimizes the risk of rebleeding while maintaining adequate cerebral perfusion.
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K. A patient tells the nurse, “If my heart stops, I don’t want to be resuscitated.” What should the nurse do first?
Oops! Revisit the nurse’s role in advance care planning.
Advocacy requires respecting patient autonomy and ensuring care preferences are communicated promptly.
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L. A patient in septic shock is on norepinephrine at 30 mcg/min with a MAP of 54 mmHg. Cardiac output is normal, but SVR is critically low. What is the next nursing intervention?
Oops! Revisit advanced vasopressor therapy.
Vasopressin enhances vascular tone when norepinephrine alone is insufficient in vasodilatory shock.
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M. A patient asks, “Why do I need to wear these compression stockings?” What is the nurse’s best response?
Oops! Revisit principles of patient education.
Patient education should include clear, practical explanations of the purpose and benefits of interventions.
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N. A patient in septic shock has received 4 liters of crystalloids but remains hypotensive with a MAP of 56 mmHg. Cardiac index is 3.8 L/min/m², and SVR is low. What is the next step?
Vasopressin is indicated for distributive shock with persistent hypotension despite adequate fluids and norepinephrine.
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O. A trauma patient develops abdominal distension, hypotension, and oliguria after massive fluid resuscitation. Bladder pressure is 30 mmHg. What is the priority nursing action?
Oops! Revisit the management of abdominal compartment syndrome.
Intra-abdominal pressure >25 mmHg with hemodynamic compromise indicates abdominal compartment syndrome, requiring surgical decompression.
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P. A patient with traumatic brain injury becomes unresponsive, with unequal pupils and bradycardia. ICP is 39 mmHg. What is the immediate action?
Oops! Revisit the management of intracranial hypertension.
This is a sign of dangerously high ICP with herniation; osmotic therapy must be initiated immediately to prevent irreversible damage.
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Q. A patient with severe ARDS on mechanical ventilation remains hypoxemic with SpO₂ 74% despite high PEEP, FiO₂ 100%, paralysis, and proning. Plateau pressures are stable at 28 cmH₂O. What is the next step?
Oops! Revisit advanced therapies for ARDS.
Persistent refractory hypoxemia despite all optimal measures indicates the need for advanced extracorporeal support.
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R. A patient asks, “Why do I need to use the incentive spirometer?” What is the nurse’s best response?
Education includes explaining the purpose and benefits of interventions, which improves compliance and outcomes.
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S. A patient with acute inferior wall myocardial infarction develops severe hypotension and clear lung fields. The jugular veins are distended. What is the priority nursing intervention?
Oops! Revisit the management of right ventricular infarction.
This presentation indicates right ventricular infarction, where fluids are needed to maintain preload and cardiac output.
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T. A patient in septic shock is on norepinephrine at 25 mcg/min and remains hypotensive with MAP of 55 mmHg. Cardiac output is normal, but SVR is critically low. What should the nurse do next?
Vasopressin is used as an adjunct vasopressor when norepinephrine alone fails to maintain vascular tone in distributive shock.
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U. A patient with diabetic ketoacidosis (DKA) is receiving IV insulin. Glucose is 160 mg/dL, potassium is 2.8 mEq/L, and the anion gap is still elevated. What is the priority intervention?
Severe hypokalemia must be corrected before continuing insulin to prevent life-threatening arrhythmias.
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V. A patient with DKA is receiving IV insulin. Blood glucose is 160 mg/dL, potassium is 2.8 mEq/L, and the anion gap is still present. What is the appropriate nursing intervention?
Potassium replacement is required before continuing insulin therapy to prevent arrhythmias in the setting of hypokalemia.
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W. A patient with severe ARDS is on mechanical ventilation with high PEEP and FiO₂ 100%. SpO₂ remains 74% despite paralysis and prone positioning. Plateau pressures are 29 cmH₂O. What is the next step?
Persistent hypoxemia despite optimal ventilatory management and proning is an indication for ECMO evaluation.
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X. A patient with diabetic ketoacidosis is on an insulin drip. Blood glucose is 170 mg/dL, potassium is 2.7 mEq/L, and the anion gap is still open. What is the immediate nursing intervention?
Severe hypokalemia must be corrected to prevent life-threatening arrhythmias during ongoing insulin therapy.
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Y. A patient in septic shock is on norepinephrine at 30 mcg/min. MAP is 55 mmHg, cardiac output is 2.2 L/min/m², and lactate remains elevated. What should the nurse do next?
Oops! Revisit the management of low cardiac output in septic shock.
In patients with low cardiac output despite fluids and vasopressors, dobutamine provides inotropic support to improve perfusion.
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Z. A patient in septic shock is receiving norepinephrine but remains hypotensive with a MAP of 55 mmHg. Cardiac output is 2.1 L/min/m², and urine output is <10 mL/hr. What should the nurse do next?
Low cardiac output with poor perfusion despite vasopressors indicates a need for inotropic support to improve contractility and organ perfusion.
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AA. A patient with acute pulmonary edema is in severe respiratory distress. SpO₂ is 78% on high-flow oxygen, and pink frothy sputum is present. BP is 180/95 mmHg. What is the priority nursing action?
Oops! Revisit the management of severe respiratory failure.
Severe hypoxemia and respiratory distress refractory to oxygen therapy require immediate airway management and mechanical ventilation.
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AB. A patient with severe ARDS remains hypoxemic despite high PEEP, FiO₂ 100%, and paralysis. SpO₂ is 76% and plateau pressures are 30 cmH₂O. What is the next intervention?
Refractory hypoxemia despite optimal ventilatory management and proning indicates the need for ECMO evaluation.
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AC. A patient with septic shock is on norepinephrine but remains hypotensive with MAP of 55 mmHg. Cardiac output is 2.5 L/min/m², and lactate remains elevated at 7 mmol/L. What is the next step?
Low cardiac output despite adequate fluids and vasopressors indicates the need for inotropic support to enhance tissue perfusion.
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AD. A patient with a subarachnoid hemorrhage develops acute hypertension, severe headache, and nausea. What is the immediate nursing action?
Rapid but controlled blood pressure management helps prevent rebleeding while maintaining cerebral perfusion.
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AE. A patient in septic shock is on norepinephrine at 25 mcg/min but remains hypotensive with MAP of 55 mmHg. Cardiac index is 2.2 L/min/m², and lactate is 7 mmol/L. What is the next intervention?
Inotropic support is indicated when low cardiac output and poor perfusion persist despite vasopressors and fluid resuscitation.
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AF. A patient with severe ARDS is on high PEEP and FiO₂ 100%, with paralysis and prone positioning already initiated. SpO₂ remains 74%, and plateau pressures are 28 cmH₂O. What should the nurse anticipate?
Persistent refractory hypoxemia despite optimal conventional management indicates the need for advanced support with ECMO.
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AG. A patient with diabetic ketoacidosis is receiving IV insulin. Glucose is 160 mg/dL, potassium is 2.9 mEq/L, and the anion gap is still present. What should the nurse do next?
Severe hypokalemia must be corrected before continuing insulin to prevent life-threatening cardiac arrhythmias.
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AH. A patient with septic shock is receiving norepinephrine at 30 mcg/min. MAP remains at 54 mmHg, cardiac output is 3.0 L/min/m², and lactate is rising. What is the next step?
In distributive shock with low SVR despite norepinephrine, vasopressin improves vascular tone and supports blood pressure.
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AI. A patient with diabetic ketoacidosis is on an insulin drip. Blood glucose is 180 mg/dL, potassium is 3.2 mEq/L, and the anion gap is still open. What is the next nursing intervention?
Insulin must continue to close the anion gap. Potassium replacement prevents arrhythmias, and dextrose prevents hypoglycemia.
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AJ. A nurse overhears a staff member making fun of a patient’s limited English skills. What is the most appropriate action?
Oops! Revisit principles of professional and culturally sensitive conduct.
Addressing unprofessional behavior helps maintain a respectful, ethical, and culturally sensitive environment.
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AK. A patient in septic shock remains hypotensive despite norepinephrine and vasopressin infusions. Cardiac output is 1.9 L/min/m², and urine output is minimal. What is the next step?
Inotropic support is indicated for persistent low cardiac output and poor perfusion despite vasopressors and volume resuscitation.
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AL. A patient with ARDS remains hypoxemic despite high PEEP, FiO₂ 100%, and prone positioning. Plateau pressures are stable at 30 cmH₂O. What is the next intervention?
Persistent refractory hypoxemia despite optimal management and proning requires evaluation for advanced support with ECMO.
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AM. A patient with severe COPD exacerbation is on BiPAP. ABG shows pH 7.18, PaCO₂ 80 mmHg, and worsening lethargy. What is the priority nursing intervention?
Oops! Revisit indications for intubation in respiratory failure.
Persistent hypercapnia with declining mental status indicates BiPAP failure and the need for invasive ventilation.
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AN. A patient with severe ARDS is on mechanical ventilation with high PEEP and FiO₂ 100%. SpO₂ remains 75%, and plateau pressures are 28 cmH₂O despite paralysis and proning. What is the next step?
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AO. A patient with cardiogenic shock presents with hypotension, cool extremities, and oliguria. Pulmonary artery catheter shows a cardiac index of 1.5 L/min/m² and wedge pressure of 28 mmHg. What is the priority intervention?
Oops! Revisit the management of cardiogenic shock.
Low cardiac output with high filling pressures indicates cardiogenic shock, requiring inotropic support to improve perfusion.
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AP. A patient with diabetic ketoacidosis is receiving IV insulin. Glucose is 160 mg/dL, potassium is 2.7 mEq/L, and the anion gap is still present. What should the nurse do first?
Severe hypokalemia must be corrected to prevent life-threatening arrhythmias before continuing insulin therapy.
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AQ. A patient with traumatic brain injury suddenly becomes unresponsive with bradycardia and hypertension. ICP monitoring shows a pressure of 38 mmHg. What is the immediate nursing intervention?
Critically elevated ICP with signs of herniation requires urgent osmotic therapy to lower pressure and prevent irreversible damage.
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AR. A patient with acute coronary syndrome develops ventricular fibrillation. What is the immediate nursing action?
Oops! Revisit the ACLS algorithm for VF/pulseless VT.
Ventricular fibrillation is a shockable rhythm requiring immediate CPR and defibrillation according to ACLS protocols.
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AS. A patient post-craniotomy develops sudden hypertension, bradycardia, and irregular respirations. ICP is 38 mmHg. What is the immediate nursing action?
Oops! Revisit the management of Cushing’s triad.
Elevated ICP with Cushing’s triad requires urgent osmotic therapy to prevent herniation and secondary brain injury.
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AT. A patient with DKA is on an insulin drip. Glucose is 180 mg/dL, potassium is 3.3 mEq/L, and the anion gap remains elevated. What should the nurse do next?
Oops! Revisit DKA management protocols.
Insulin therapy must continue until the anion gap closes. Potassium replacement prevents hypokalemia, and dextrose prevents hypoglycemia.
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AU. A patient with acute pulmonary embolism presents with hypotension, tachycardia, and SpO₂ of 78% despite high-flow oxygen. What is the immediate nursing action?
Oops! Revisit the management of massive PE.
Massive PE with hemodynamic compromise requires urgent thrombolysis to restore pulmonary perfusion and stabilize the patient.
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AV. A patient with severe ARDS on mechanical ventilation remains hypoxemic despite high PEEP, FiO₂ 100%, paralysis, and proning. Plateau pressures are stable at 28 cmH₂O. What is the next step?
Persistent, refractory hypoxemia despite optimal therapy requires advanced oxygenation support such as ECMO.
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AW. A patient with an acute inferior wall myocardial infarction develops symptomatic bradycardia with a heart rate of 30 bpm and hypotension. What is the immediate nursing intervention?
Symptomatic bradycardia in the setting of an MI requires immediate pacing to restore adequate cardiac output.
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AX. A patient with severe ARDS remains hypoxemic despite high PEEP, FiO₂ 100%, paralysis, and prone positioning. Plateau pressures remain stable at 28 cmH₂O. What is the next appropriate step?
Persistent refractory hypoxemia despite optimized management indicates the need for advanced oxygenation support with ECMO.
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AY. A patient with acute inferior wall myocardial infarction develops complete heart block with a ventricular rate of 28 bpm and hypotension. What is the priority nursing action?
Symptomatic bradycardia with hypotension due to complete heart block requires immediate pacing for hemodynamic stability.
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AZ. A patient with diabetic ketoacidosis (DKA) is receiving IV insulin. Glucose is 150 mg/dL, potassium is 3.1 mEq/L, and the anion gap is closing. What should the nurse do next?
Insulin therapy must continue until the anion gap closes. Dextrose prevents hypoglycemia, and potassium replacement prevents arrhythmias.
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BA. A patient with traumatic brain injury suddenly becomes bradycardic, hypertensive, and has irregular respirations. ICP monitor reads 38 mmHg. What is the priority nursing action?
This is Cushing’s triad, indicating dangerously elevated ICP and the need for immediate osmotic therapy to reduce intracranial pressure.
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BB. A nurse witnesses a provider obtaining consent without explaining the risks and benefits of a procedure. What should the nurse do first?
Oops! Revisit the nurse’s advocacy role in informed consent.
Advocacy requires ensuring patients provide informed consent before procedures. Nurses must intervene if the process is incomplete.
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BC. A patient with severe hypocalcemia develops laryngospasm and tetany. What is the immediate nursing intervention?
Oops! Revisit the emergency management of hypocalcemia.
Severe hypocalcemia with airway compromise requires rapid IV calcium replacement to stabilize neuromuscular and cardiac function.
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BD. A patient with acute intracerebral hemorrhage presents with BP of 220/120 mmHg, confusion, and unequal pupils. What is the immediate nursing intervention?
Oops! Revisit blood pressure management in hemorrhagic stroke.
Rapid, controlled BP reduction reduces the risk of hematoma expansion and secondary brain injury.
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BE. A patient’s spouse says, “I don’t think I can handle all the care my husband will need at home.” What is the nurse’s best response?
Oops! Revisit the concept of systems thinking for caregiver support.
Systems thinking involves recognizing caregiver burden and connecting families with resources for safe home care.
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BF. A patient with septic shock remains hypotensive after aggressive fluids and norepinephrine at 25 mcg/min. Cardiac index is adequate, but SVR remains critically low. What is the next step?
Vasopressin supports vascular tone in distributive shock when norepinephrine alone is insufficient to maintain perfusion.
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BG. A patient with severe ARDS remains hypoxemic despite high PEEP, FiO₂ 100%, paralysis, and prone positioning. Plateau pressures remain stable at 28 cmH₂O. What is the next step?
Persistent refractory hypoxemia after all conventional interventions warrants advanced support with ECMO.
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BH. A nurse observes a provider rushing a patient to sign a consent form without explanation. What should the nurse do first?
Oops! Revisit the nurse’s advocacy role in protecting patient rights.
Advocacy requires protecting patient rights by ensuring informed consent is obtained before procedures.
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BI. A nurse hears a colleague making a negative comment about a patient’s appearance. What is the most appropriate response?
Addressing unprofessional behavior helps maintain respect, dignity, and a supportive care environment.
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BJ. A patient with traumatic brain injury becomes suddenly unresponsive, with unequal pupils and hypertension. ICP monitor reads 38 mmHg. What is the next intervention?
Critically elevated ICP with signs of herniation requires immediate osmotic therapy to lower pressure and prevent irreversible brain injury.
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BK. A patient with severe ARDS is on mechanical ventilation with high PEEP, FiO₂ 100%, and paralysis. SpO₂ remains 74% despite proning. Plateau pressures are stable at 28 cmH₂O. What is the next nursing action?
Refractory hypoxemia despite optimal conventional management warrants ECMO consideration for advanced oxygenation support.
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BL. A patient in septic shock is on norepinephrine but remains hypotensive with MAP of 55 mmHg. Cardiac output is normal, but SVR is critically low. What is the next intervention?
Vasopressin augments vascular tone in distributive shock when hypotension persists despite adequate fluids and norepinephrine.
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BM. A patient with DKA is on an insulin drip. Blood glucose is 170 mg/dL, potassium is 3.0 mEq/L, and the anion gap is still open. What is the appropriate intervention?
Hypokalemia must be corrected before continuing insulin therapy to prevent dangerous cardiac arrhythmias.
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BN. A patient with severe ARDS on mechanical ventilation remains hypoxemic despite maximal ventilatory support, including high PEEP, FiO₂ 100%, paralysis, and prone positioning. Plateau pressure is stable at 28 cmH₂O. What is the next nursing action?
Persistent refractory hypoxemia despite all conventional interventions is an indication for ECMO consideration.
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BO. A patient with acute coronary syndrome suddenly becomes unresponsive with a monitor showing ventricular fibrillation. What is the priority nursing action?
Ventricular fibrillation is a shockable rhythm requiring immediate CPR and defibrillation per ACLS protocols.
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BP. A patient on mechanical ventilation suddenly develops hypotension, tachycardia, and absent breath sounds on the left. The trachea is deviated to the right. What is the immediate nursing action?
Oops! Revisit the management of tension pneumothorax.
This presentation indicates a tension pneumothorax, which requires immediate decompression to restore hemodynamic stability.
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BQ. A patient with acute decompensated heart failure presents with severe dyspnea, orthopnea, and crackles in all lung fields. BP is 185/100 mmHg, and SpO₂ is 82% despite high-flow oxygen. What is the priority nursing action?
IV nitroglycerin reduces preload and afterload, improving oxygenation and reducing pulmonary congestion in hypertensive pulmonary edema.
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BR. A patient in septic shock is receiving norepinephrine but remains hypotensive with a MAP of 55 mmHg. Cardiac output is normal, and SVR is critically low. What is the next step?
In distributive shock with refractory hypotension and low SVR, vasopressin supports vascular tone alongside norepinephrine.
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BS. A patient with traumatic brain injury develops bradycardia, irregular respirations, and hypertension. ICP monitor shows pressures of 37 mmHg. What is the priority nursing action?
This presentation of Cushing’s triad indicates dangerously high ICP and requires immediate osmotic therapy to prevent herniation.
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BT. A patient with newly diagnosed diabetes says, “I’ll never be able to manage all these changes.” What is the nurse’s best response?
Oops! Revisit principles of therapeutic communication.
Open-ended therapeutic communication allows the patient to express concerns and helps the nurse provide targeted support.
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BU. A patient post-trauma develops abdominal distension, hypotension, and oliguria. Bladder pressure is 28 mmHg. What is the next nursing action?
Bladder pressure above 25 mmHg with hemodynamic instability indicates abdominal compartment syndrome requiring urgent surgical intervention.
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BV. A patient with septic shock is receiving norepinephrine and remains hypotensive with MAP of 55 mmHg. Cardiac output is low, and urine output is less than 15 mL/hr. What is the next intervention?
Low cardiac output with poor perfusion despite vasopressors requires inotropic support with dobutamine.
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BW. A patient with DKA is on an insulin drip. Blood glucose is 150 mg/dL, potassium is 2.9 mEq/L, and the anion gap is still elevated. What should the nurse do first?
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BX. A patient post-thyroidectomy reports difficulty breathing and a tight sensation in the neck. Stridor is audible, and SpO₂ is 82% on oxygen. What is the immediate nursing action?
Oops! Revisit post-operative airway emergencies.
Stridor after thyroid surgery indicates airway obstruction, requiring rapid intervention to secure the airway.
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BY. A patient with severe ARDS on mechanical ventilation remains hypoxemic with SpO₂ 72% despite high PEEP, FiO₂ 100%, paralysis, and prone positioning. What is the next step?
Persistent, refractory hypoxemia despite maximal conventional therapy warrants ECMO consideration for advanced support.
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BZ. A patient’s daughter says, “I’m afraid I can’t provide the care my father needs at home.” What is the nurse’s best response?
Systems thinking includes recognizing caregiver stress and mobilizing supportive resources for safe home care.
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CA. A patient with septic shock has received 4 liters of crystalloids and is on norepinephrine at 25 mcg/min. MAP remains 54 mmHg, cardiac output is 2.0 L/min/m², and urine output is <10 mL/hr. What is the next step?
Persistent hypoperfusion with low cardiac output despite vasopressors requires inotropic support with dobutamine.
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CB. A patient on CRRT shows increasing transmembrane pressures and reduced ultrafiltrate output, accompanied by machine alarms. What should the nurse do first?
Oops! Revisit troubleshooting for CRRT.
High pressures and reduced output indicate possible filter clotting, requiring immediate assessment and circuit change.
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CC. A patient with acute inferior wall MI develops symptomatic bradycardia with hypotension and dizziness. What is the priority nursing action?
Symptomatic bradycardia in the setting of an inferior MI requires immediate pacing to maintain adequate cardiac output.
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CD. A patient recovering from a myocardial infarction says, “I’ll never be able to go back to normal.” What is the nurse’s best response?
Open-ended communication encourages patients to share fears, allowing the nurse to provide emotional and educational support.
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CE. A patient in septic shock is on norepinephrine at 25 mcg/min and has MAP of 54 mmHg despite adequate fluids. Cardiac output is low at 2.0 L/min/m², and lactate is rising. What is the next step?
Dobutamine provides inotropic support to improve contractility and perfusion when cardiac output remains low despite vasopressors.
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CF. A patient says, “I’m confused about why I’m taking so many medications.” What is the nurse’s best action?
Facilitation of learning includes patient-centered education that ensures understanding and promotes adherence.
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CG. A patient with traumatic brain injury suddenly becomes bradycardic, hypertensive, and unresponsive. ICP monitor shows a pressure of 38 mmHg. What is the immediate nursing action?
Signs of increased ICP with Cushing’s triad indicate the need for immediate osmotic therapy to prevent herniation.
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CH. A patient with septic shock is on norepinephrine at 25 mcg/min. MAP is 55 mmHg, cardiac output is low, and lactate is rising. What should the nurse do next?
Low cardiac output despite vasopressors indicates the need for inotropic support to enhance contractility and improve perfusion.
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CI. A patient with DKA is on an insulin infusion. Blood glucose is 150 mg/dL, potassium is 3.2 mEq/L, and the anion gap is still elevated. What is the appropriate nursing action?
Severe hypokalemia must be corrected to prevent cardiac arrhythmias before continuing insulin to close the anion gap.
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CJ. A patient with severe bradycardia (heart rate 28 bpm) presents with hypotension, cool extremities, and altered mental status. What is the priority nursing intervention?
Symptomatic bradycardia with hemodynamic compromise requires immediate pacing for stabilization.
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CK. A patient post-craniotomy becomes unresponsive with unequal pupils, bradycardia, and hypertension. ICP is 39 mmHg. What is the priority nursing intervention?
Critically elevated ICP with signs of herniation requires immediate osmotic therapy to prevent irreversible brain damage.
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CL. A patient with acute decompensated heart failure presents with severe dyspnea, pulmonary crackles, and BP of 180/100 mmHg. SpO₂ is 80% on a non-rebreather mask. What is the priority nursing action?
IV nitroglycerin reduces preload and afterload, rapidly improving pulmonary congestion and oxygenation in hypertensive pulmonary edema.
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CM. A patient with myxedema coma presents with hypotension, bradycardia, and hypothermia. What is the priority nursing intervention?
Oops! Revisit the management of myxedema coma.
Myxedema coma is a life-threatening emergency requiring thyroid hormone and corticosteroid replacement along with supportive care.
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CN. A patient with traumatic brain injury develops bradycardia, irregular respirations, and unequal pupils. ICP monitor shows a reading of 39 mmHg. What is the priority nursing action?
Critically high ICP with Cushing’s triad signals impending herniation, requiring immediate osmotic therapy.
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CO. A patient recently diagnosed with heart failure begins crying while discussing lifestyle changes. What is the most appropriate nursing action?
Oops! Revisit principles of empathetic care.
Caring practice emphasizes presence and empathetic listening, which support emotional adjustment.
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CP. A patient with advanced cancer states that they no longer want chemotherapy. What should the nurse do first?
Oops! Revisit the nurse’s role in respecting patient autonomy.
Advocacy requires respecting the patient’s autonomy and ensuring the care team is informed promptly.
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CQ. During handoff, a nurse notices that a colleague omits critical safety information about a patient. What is the best nursing action?
Oops! Revisit guidelines for safe patient handoff.
Patient safety requires immediate communication of essential information. Respectfully clarifying during handoff prevents errors.
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CR. A patient in septic shock is receiving norepinephrine at 30 mcg/min with a MAP of 55 mmHg. Cardiac output is 2.0 L/min/m², and lactate is 8 mmol/L. What is the next intervention?
Persistent hypoperfusion with low cardiac output despite norepinephrine requires inotropic support with dobutamine.
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CS. A patient with acute pancreatitis develops hypocalcemia with muscle twitching and a prolonged QT interval on ECG. What is the appropriate intervention?
Oops! Revisit electrolyte management in pancreatitis.
Symptomatic hypocalcemia requires immediate IV calcium replacement to prevent neuromuscular and cardiac complications.
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CT. A patient with severe ARDS on mechanical ventilation has plateau pressures of 30 cmH₂O and FiO₂ 100%. Despite proning and paralysis, SpO₂ is 74%. What is the next step?
Refractory hypoxemia despite optimized ventilation and proning requires advanced oxygenation support through ECMO.
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CU. A patient says, “I feel hopeless about my illness.” What is the nurse’s best response?
Open-ended therapeutic communication validates feelings and allows the patient to express emotions safely.
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CV. A patient with traumatic brain injury exhibits bradycardia, hypertension, and irregular respirations. ICP is 38 mmHg. What is the immediate nursing action?
These findings are consistent with Cushing’s triad and impending herniation, requiring urgent osmotic therapy.
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CW. A patient with heart failure says, “I’m scared I won’t be able to handle this at home.” What is the nurse’s best response?
Oops! Revisit principles of therapeutic communication for discharge planning.
Open-ended therapeutic communication helps explore the patient’s concerns and identify specific needs for support.
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CX. A patient with septic shock is receiving norepinephrine at 25 mcg/min and has a MAP of 54 mmHg. Cardiac output is 2.1 L/min/m², and lactate remains elevated. What is the next step?
In septic shock with persistent hypoperfusion and low cardiac output, dobutamine is indicated to enhance myocardial contractility.
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CY. A nurse overhears a colleague speaking disrespectfully to a patient with dementia. What is the most appropriate nursing action?
Oops! Revisit the nurse’s advocacy role for vulnerable patients.
Advocacy requires immediate action to prevent harm and uphold ethical standards of care.
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CZ. A patient with traumatic brain injury develops bradycardia, irregular respirations, and hypertension. ICP monitoring shows a pressure of 36 mmHg. What is the next nursing action?
Critically elevated ICP with Cushing’s triad indicates impending herniation, requiring immediate osmotic therapy to reduce intracranial pressure.
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DA. A patient with diabetic ketoacidosis is on insulin infusion. Glucose is 160 mg/dL, potassium is 3.0 mEq/L, and the anion gap remains elevated. What should the nurse do?
Insulin therapy must continue until the anion gap closes; potassium replacement prevents arrhythmias, and dextrose avoids hypoglycemia.
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DB. A patient with traumatic brain injury has ICP of 38 mmHg and exhibits bradycardia, hypertension, and unequal pupils. What is the immediate nursing action?
Critically high ICP with Cushing’s triad and neurological decline requires immediate osmotic therapy to prevent herniation.
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DC. A patient on mechanical ventilation for severe ARDS has plateau pressures of 28 cmH₂O and FiO₂ of 100%. Despite paralysis and prone positioning, SpO₂ remains 74%. What is the next appropriate intervention?
Persistent, refractory hypoxemia despite all conventional interventions is an indication for ECMO consideration.
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DD. A patient post-thyroidectomy develops sudden inspiratory stridor, dyspnea, and cyanosis. What is the priority nursing action?
Airway obstruction following thyroidectomy is a surgical emergency that requires immediate intervention to secure the airway.
109 / 125
DE. A patient with acute coronary syndrome develops hypotension, cool extremities, and altered mental status. The cardiac index is 1.6 L/min/m², and pulmonary artery wedge pressure is 28 mmHg. What is the priority intervention?
Low cardiac output with high filling pressures indicates cardiogenic shock, requiring inotropic support for perfusion improvement.
110 / 125
DF. A patient says, “I don’t understand why I need all these follow-up appointments.” What is the nurse’s best response?
Patient education should emphasize the role of follow-ups in safety and long-term management.
111 / 125
DG. A patient post-craniotomy suddenly develops unequal pupils, bradycardia, and hypertension. ICP monitoring shows a reading of 38 mmHg. What is the priority nursing action?
Critically elevated ICP with signs of herniation requires immediate osmotic therapy to reduce pressure and prevent permanent brain injury.
112 / 125
DH. A patient with traumatic brain injury suddenly becomes unresponsive. ICP monitor reads 39 mmHg. Pupils are unequal, and the patient is bradycardic and hypertensive. What is the next intervention?
Critically elevated ICP with signs of herniation requires immediate osmotic therapy to reduce pressure and prevent brain injury.
113 / 125
DI. A patient in septic shock is on norepinephrine at 25 mcg/min but remains hypotensive with MAP of 55 mmHg. Cardiac output is adequate, but SVR is critically low. What is the next nursing action?
Vasopressin augments vascular tone in distributive shock when norepinephrine alone does not achieve adequate blood pressure.
114 / 125
DJ. A patient in the ICU develops sudden hypotension, distended neck veins, and muffled heart sounds. What is the immediate nursing action?
Oops! Revisit the signs and management of cardiac tamponade.
These findings indicate cardiac tamponade, requiring urgent drainage to restore cardiac output.
115 / 125
DK. A patient with DKA is receiving IV insulin. Glucose is 180 mg/dL, potassium is 2.8 mEq/L, and the anion gap is not yet closed. What should the nurse do next?
Severe hypokalemia must be corrected first to avoid fatal arrhythmias during continued insulin therapy.
116 / 125
DL. A patient with traumatic brain injury becomes unresponsive with unequal pupils and bradycardia. ICP monitor shows 36 mmHg. What is the priority nursing intervention?
Critically elevated ICP with signs of herniation requires immediate osmotic therapy to lower intracranial pressure.
117 / 125
DM. A patient recovering from pneumonia says, “I’m worried I’ll get sick again.” What is the nurse’s best response?
Exploring the patient’s concerns validates feelings and helps the nurse provide reassurance and education.
118 / 125
DN. A patient presents with severe hypocalcemia after multiple blood transfusions. They exhibit tetany, tingling around the mouth, and a prolonged QT interval. What is the immediate action?
Oops! Revisit complications of massive transfusion.
Citrate in transfused blood can cause acute hypocalcemia; IV calcium gluconate rapidly corrects the imbalance and prevents arrhythmias.
119 / 125
DO. A patient with limited health literacy says, “These instructions are too complicated.” What is the nurse’s best response?
Oops! Revisit strategies for teaching patients with limited health literacy.
Facilitation of learning involves adapting teaching methods to the patient’s level of understanding to ensure safe care.
120 / 125
DP. A patient with septic shock is receiving norepinephrine at 25 mcg/min but remains hypotensive with a MAP of 55 mmHg. Cardiac output is 2.5 L/min/m², and lactate remains elevated. What should the nurse do next?
In septic shock with persistent hypoperfusion and low cardiac output, inotropic support with dobutamine enhances myocardial contractility and tissue perfusion.
121 / 125
DQ. During multidisciplinary rounds, a nurse notices that a colleague dismisses another team member’s input. What is the best nursing action?
Oops! Revisit principles of interprofessional collaboration.
Collaboration requires mutual respect. Addressing dismissive behaviors promotes team effectiveness and patient safety.
122 / 125
DR. A patient with DKA is receiving insulin therapy. Blood glucose is 160 mg/dL, potassium is 3.1 mEq/L, and the anion gap remains elevated. What should the nurse do?
Potassium replacement is critical to prevent life-threatening arrhythmias before continuing insulin therapy to close the anion gap.
123 / 125
DS. A patient with DKA is on an insulin drip. Glucose is 170 mg/dL, potassium is 3.0 mEq/L, and the anion gap is not yet closed. What should the nurse do first?
Hypokalemia must be corrected before continuing insulin to avoid life-threatening arrhythmias during metabolic correction.
124 / 125
DT. A patient with acute decompensated heart failure is on IV diuretics. Suddenly, the patient develops hypotension, weak pulses, and a narrow QRS tachycardia. What is the immediate nursing intervention?
Oops! Revisit the ACLS algorithm for unstable tachycardia.
Unstable narrow-complex tachycardia requires immediate synchronized cardioversion to restore perfusion.
125 / 125
DU. A patient with severe ARDS on mechanical ventilation remains hypoxemic despite high PEEP, FiO₂ 100%, paralysis, and proning. Plateau pressure is stable at 28 cmH₂O. What is the next step?
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