PCCN Quiz -2
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A. A patient on telemetry develops unstable ventricular tachycardia with a pulse of 50 mmHg and altered mental status. What is the immediate action?
Oops! Revisit ACLS guidelines for unstable tachycardia.
Correct! Well done.
Unstable ventricular tachycardia requires immediate synchronized cardioversion to restore perfusing rhythm.
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B. A patient with ARDS on mechanical ventilation remains hypoxemic despite maximal PEEP and FiO₂. What is the next recommended intervention?
Oops! Revisit the ARDS management algorithm.
Prone positioning improves oxygenation in severe ARDS before considering advanced therapies like ECMO.
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C. A patient requests not to be awakened for routine nighttime vital signs unless necessary. What should the nurse do?
Oops! Revisit the principles of patient advocacy and individualized care.
Advocacy involves respecting patient preferences and collaborating with the healthcare team to individualize care.
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D. A patient with open fractures following a motor vehicle accident develops severe pain, pallor, and decreased pulses in the affected limb. What is the priority action?
Oops! Revisit management of compartment syndrome.
These are classic signs of compartment syndrome, a surgical emergency requiring prompt fasciotomy to prevent limb ischemia.
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E. A patient with septic shock remains hypotensive after aggressive fluid resuscitation and norepinephrine infusion. MAP is 56 mmHg, and lactate is increasing. What is the next best intervention?
Oops! Revisit advanced vasopressor therapy.
Vasopressin is added as a second-line agent to improve vascular tone and support MAP when norepinephrine alone is insufficient.
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F. A patient with diabetic ketoacidosis is on IV insulin. Glucose is 170 mg/dL, but the anion gap is still open. Potassium is 3.8 mEq/L. What is the next step?
Oops! Revisit DKA protocols.
Continue insulin until the anion gap closes; dextrose prevents hypoglycemia during ongoing metabolic correction.
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G. A patient with ARDS remains hypoxemic despite FiO₂ 100% and PEEP 15 cmH₂O. Plateau pressures are stable at 28 cmH₂O. What is the best nursing action?
Oops! Revisit ARDS management strategies.
Prone positioning improves ventilation-perfusion matching and is indicated in refractory hypoxemia.
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H. A nurse notices a colleague repeatedly failing to wash hands between patient encounters. What is the nurse’s priority action?
Oops! Revisit the guidelines on infection control and professional responsibility.
Patient safety and infection prevention are paramount. Addressing unsafe practices promptly is a professional responsibility.
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I. A patient in the ICU develops new-onset atrial fibrillation with rapid ventricular response and hypotension. What is the priority action?
Oops! Revisit the ACLS algorithm for unstable tachycardia.
Unstable atrial fibrillation requires immediate synchronized cardioversion to restore hemodynamic stability.
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J. A patient tells the nurse, “I feel anxious about going home with oxygen therapy.” What is the best nursing response?
Oops! Revisit the principles of therapeutic communication.
Open-ended therapeutic communication helps the nurse explore patient fears and provide tailored education.
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K. A patient with a traumatic brain injury has ICP of 28 mmHg and is being ventilated. Which intervention should the nurse anticipate?
Oops! Revisit medical management of increased ICP.
Hyperosmolar therapy reduces intracranial pressure and helps maintain cerebral perfusion pressure.
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L. A patient states, “I don’t understand why I need to take so many medications.” What is the nurse’s best action?
Oops! Revisit the principles of patient education.
Facilitation of learning requires delivering patient-centered education that enhances understanding and promotes adherence.
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M. A patient becomes tearful after learning they may need long-term dialysis. What is the most appropriate action for the nurse?
Oops! Revisit the principles of empathetic support.
Caring practice emphasizes presence and empathy. Providing support helps the patient begin to cope with the emotional impact of chronic illness.
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N. A nurse is educating a patient with hypertension about lifestyle modifications. Which teaching strategy is most effective?
Oops! Revisit the principles of effective patient education.
Engaging patients in active learning by asking them to verbalize plans confirms understanding and promotes adherence.
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O. A patient with acute inferior myocardial infarction becomes hypotensive after receiving sublingual nitroglycerin. What is the priority action?
Oops! Revisit contraindications for nitroglycerin.
Hypotension after nitroglycerin in inferior MI is often preload-dependent; an IV fluid bolus restores venous return and cardiac output.
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P. A patient receiving tPA for acute ischemic stroke suddenly becomes unresponsive with unequal pupils. What is the immediate nursing action?
Oops! Revisit management of tPA complications.
Sudden neurological deterioration during tPA therapy suggests intracranial hemorrhage; the infusion should be stopped, and emergent imaging performed.
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Q. A patient with a new tracheostomy becomes visibly anxious when trying to communicate. What is the nurse’s best intervention?
Oops! Revisit the guidelines on communication with tracheostomy patients.
Supporting alternative communication methods helps reduce anxiety and ensures the patient’s needs are met.
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R. A patient receiving tPA for an acute ischemic stroke develops sudden severe headache and vomiting. What is the priority nursing action?
Sudden neurological deterioration during tPA therapy indicates a possible intracranial hemorrhage; urgent imaging is required.
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S. A patient with septic shock remains hypotensive after 3 liters of crystalloid fluids and norepinephrine at the maximum dose. Cardiac output is low. What is the next step?
Oops! Revisit management of refractory septic shock.
Low cardiac output despite fluids and norepinephrine requires an inotrope such as dobutamine to improve tissue perfusion.
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T. A patient’s spouse says, “I feel overwhelmed by all of the home care responsibilities.” What is the nurse’s best response?
Oops! Revisit the concept of systems thinking.
Systems thinking includes recognizing caregiver stress and mobilizing supportive resources to ensure safe and sustainable care at home.
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U. A patient receiving a massive blood transfusion develops tingling around the mouth and muscle twitching. What is the priority action?
Oops! Revisit complications of massive transfusion.
Citrate in blood products binds calcium, leading to hypocalcemia, which requires immediate calcium replacement to prevent arrhythmias and seizures.
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V. A patient with diabetic ketoacidosis is improving on IV insulin. The glucose is 180 mg/dL, but the anion gap remains open. What is the next step?
Continue insulin until the anion gap closes, adding dextrose to prevent hypoglycemia during ongoing correction of ketoacidosis.
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W. A patient’s daughter expresses concern, saying, “I don’t think I can take care of my mother at home.” What is the nurse’s best response?
Oops! Revisit the concept of systems thinking for caregivers.
Systems thinking involves recognizing caregiver burden and connecting families with resources to support safe care at home.
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X. A patient with septic shock is on norepinephrine and vasopressin. The MAP remains 55 mmHg, and lactate is 6 mmol/L. What is the next intervention?
Oops! Revisit advanced sepsis management.
Dobutamine improves cardiac output and tissue perfusion when hypotension and high lactate persist despite vasopressors and fluids.
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Y. A patient with septic shock is on norepinephrine and fluids. Lactate levels remain elevated, and urine output is decreasing. What is the next step?
Oops! Revisit the management of persistent septic shock.
Dobutamine improves cardiac output and tissue perfusion in patients with persistent hypoperfusion despite fluids and norepinephrine.
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Z. A patient with COPD exacerbation is on BiPAP but now presents with increasing lethargy and PaCO₂ of 95 mmHg. What is the priority action?
Oops! Revisit the criteria for BiPAP failure.
Worsening hypercapnia and declining mental status indicate BiPAP failure and the need for definitive airway management.
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AA. A patient with diabetic ketoacidosis is on IV insulin. Glucose is 180 mg/dL, and the anion gap is still elevated. What is the next step?
Insulin must be continued until the anion gap closes. Dextrose prevents hypoglycemia while correcting ketoacidosis.
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AB. A patient with septic shock is on norepinephrine. Despite fluids and vasopressor support, MAP remains 54 mmHg, and urine output is 8 mL/hr. What is the next intervention?
Persistent hypoperfusion despite norepinephrine indicates low cardiac output, requiring an inotrope like dobutamine.
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AC. A patient with diabetic ketoacidosis is receiving IV insulin. The glucose is 160 mg/dL, but the anion gap has not yet closed. What should the nurse do?
Insulin should be continued until the anion gap closes; dextrose prevents hypoglycemia during ongoing metabolic correction.
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AD. A patient with ARDS on mechanical ventilation remains hypoxemic despite FiO₂ 100%, PEEP 15, and prone positioning. What is the next step?
Oops! Revisit advanced therapies for ARDS.
ECMO is indicated in severe, refractory hypoxemia when conventional measures fail.
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AE. A patient with a traumatic brain injury has ICP of 28 mmHg and a Glasgow Coma Scale score of 7. What is the priority intervention?
Oops! Revisit interventions for severe intracranial hypertension.
Hyperosmolar therapy is the intervention of choice to quickly reduce critically elevated ICP and preserve cerebral perfusion.
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AF. A patient post-CABG develops sudden chest pain, hypotension, and muffled heart sounds. What is the priority nursing action?
Oops! Revisit the management of cardiac tamponade.
These are signs of cardiac tamponade, a surgical emergency requiring immediate pericardial drainage.
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AG. A patient with ARDS is sedated and on mechanical ventilation. Despite low tidal volume and high PEEP, SpO₂ remains 82%. What should the nurse anticipate?
Prone positioning improves oxygenation in refractory ARDS by optimizing alveolar recruitment and perfusion.
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AH. A patient with septic shock is on norepinephrine and vasopressin. The MAP remains 55 mmHg, and the cardiac index is low. What is the priority action?
Oops! Revisit management of low cardiac output in septic shock.
Dobutamine is indicated for low cardiac output states with ongoing hypoperfusion despite norepinephrine and vasopressin.
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AI. A patient with diabetic ketoacidosis is on an insulin drip. Glucose is 165 mg/dL, and the anion gap is still elevated. What is the next step?
Insulin therapy must continue until the anion gap closes. Adding dextrose prevents hypoglycemia during correction.
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AJ. A family member expresses anger about the perceived lack of updates regarding their loved one’s condition. What is the nurse’s best initial response?
Oops! Revisit the principles of conflict resolution.
Validating emotions and providing transparent communication supports collaboration and reduces family anxiety.
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AK. A patient receiving tPA for an ischemic stroke suddenly develops severe headache, hypertension, and decreased consciousness. What is the immediate nursing intervention?
Sudden neurological deterioration during tPA therapy suggests intracranial hemorrhage; immediate imaging and cessation of tPA are critical.
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AL. A patient with ARDS is on mechanical ventilation. Despite optimal settings and sedation, SpO₂ is 80% and PaO₂ is 45 mmHg. What is the next nursing intervention?
Prone positioning improves oxygenation and is recommended for refractory hypoxemia in ARDS patients.
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AM. A patient with diabetic ketoacidosis is receiving IV insulin. Glucose is 180 mg/dL, but the anion gap remains elevated. What is the priority nursing action?
Insulin therapy must continue until the anion gap closes. Dextrose prevents hypoglycemia during ongoing treatment.
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AN. A patient receiving tPA for an ischemic stroke suddenly develops a severe headache and decreased level of consciousness. What is the priority intervention?
Sudden neurological changes during tPA infusion indicate possible intracranial hemorrhage; stop the infusion and arrange urgent imaging.
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AO. A patient in septic shock is on high-dose norepinephrine and vasopressin. MAP remains 55 mmHg, and urine output is 8 mL/hr. What is the next best step?
Persistent hypoperfusion and oliguria despite vasopressors suggest low cardiac output; dobutamine enhances contractility and perfusion.
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AP. A patient with diabetic ketoacidosis is on an insulin infusion. The glucose is 160 mg/dL, the anion gap is still open, and potassium is stable. What is the next step?
Insulin must continue until the anion gap closes; dextrose prevents hypoglycemia during ongoing treatment.
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AQ. A patient with septic shock is receiving norepinephrine and vasopressin. Despite therapy, MAP is 55 mmHg and urine output is <15 mL/hr. What is the next step?
Dobutamine is indicated when there is evidence of low cardiac output and hypoperfusion despite vasopressor therapy.
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AR. A patient with a traumatic brain injury presents with ICP of 30 mmHg and bradycardia, along with irregular respirations. What is the priority intervention?
Oops! Revisit management of Cushing’s Triad.
Signs of Cushing’s triad indicate critically elevated ICP; hypertonic saline reduces pressure and prevents herniation.
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AS. During a stressful code, a nurse observes a colleague becoming verbally aggressive toward another staff member. What is the most appropriate nursing action?
Oops! Revisit the principles of professionalism under stress.
Collaboration and professionalism require maintaining respect even under stress. Addressing disruptive behavior helps preserve patient safety and teamwork.
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AT. A patient with DKA is receiving IV insulin. Potassium level drops to 2.8 mEq/L. What is the immediate action?
Oops! Revisit electrolyte management in DKA.
Severe hypokalemia is life-threatening; potassium must be replaced before resuming insulin therapy.
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AU. A patient with cirrhosis presents with hematemesis and hypotension. What is the immediate priority intervention?
Oops! Revisit management of variceal bleeding.
Upper GI bleeding from esophageal varices requires vasoactive therapy like octreotide and urgent endoscopic evaluation.
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AV. A patient in septic shock is receiving norepinephrine at the maximum dose, but MAP remains at 55 mmHg. Lactate is elevated, and urine output is 10 mL/hr. What is the priority intervention?
Oops! Revisit the guidelines for refractory septic shock.
Vasopressin is used as a second-line agent in refractory septic shock to enhance vascular tone when norepinephrine alone is insufficient.
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AW. A patient with a traumatic brain injury has ICP 28 mmHg and is coughing during suctioning. What should the nurse do first?
Oops! Revisit safe suctioning practices for TBI patients.
Suctioning increases ICP; pre-oxygenating and minimizing suction time helps reduce spikes in ICP.
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AX. A patient with a traumatic brain injury has ICP of 32 mmHg and bradycardia with widening pulse pressure. What is the immediate priority intervention?
These findings suggest Cushing’s triad and possible herniation. Osmotic therapy is indicated to rapidly reduce ICP.
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AY. A patient with acute pancreatitis develops severe abdominal distention, hypotension, and low urine output. Bladder pressure is 26 mmHg. What is the priority intervention?
Oops! Revisit complications of acute pancreatitis.
Signs of abdominal compartment syndrome with high intra-abdominal pressure require urgent surgical decompression.
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AZ. A patient with diabetic ketoacidosis has a glucose level of 160 mg/dL, but the anion gap remains elevated. What is the next step?
Insulin must continue until the anion gap closes; adding dextrose prevents hypoglycemia while correcting acidosis.
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BA. A patient with a traumatic brain injury presents with ICP of 30 mmHg and decreased cerebral perfusion pressure. What is the immediate nursing action?
Oops! Revisit interventions for critically elevated ICP.
When ICP is critically elevated (ICP > 20–25 mmHg), osmotic therapy with mannitol or hypertonic saline is indicated to draw fluid out of the brain and lower intracranial pressure. Trendelenburg positioning increases ICP and should be avoided. Fluid restriction is not first-line in acute intracranial hypertension, and opioids alone will not reduce ICP.
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BB. A family member expresses frustration, saying, “No one tells us what is going on with my father.” What is the nurse’s best response?
Oops! Revisit the principles of effective family communication.
Clear communication and inclusion of the family reduce stress and promote collaboration in patient care.
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BC. A patient post-thyroidectomy develops inspiratory stridor and cyanosis. What is the immediate priority intervention?
Oops! Revisit post-operative airway emergencies.
Stridor and cyanosis indicate acute airway obstruction, requiring immediate airway intervention.
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BD. A patient with diabetic ketoacidosis is improving on IV insulin. The glucose is 180 mg/dL, but the anion gap remains elevated. What is the next action?
Oops! Revisit DKA management protocols.
Insulin must continue until the anion gap closes. Dextrose prevents hypoglycemia while correcting the acidosis.
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BE. A patient in the ICU with septic shock develops oliguria, elevated creatinine, and hyperkalemia despite vasopressor therapy. What should the nurse do next?
Oops! Revisit indications for CRRT.
CRRT is indicated for acute kidney injury with oliguria and electrolyte derangements not responding to conservative measures.
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BF. A patient with septic shock is receiving fluids and norepinephrine. Despite this, the patient’s lactate remains high, and the extremities are cool and mottled. What is the next step?
Oops! Revisit the management of persistent hypoperfusion.
Low perfusion despite adequate fluid and vasopressor support suggests low cardiac output. Dobutamine enhances contractility and improves tissue perfusion.
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BG. A patient with diabetic ketoacidosis is on an insulin infusion. The glucose is 190 mg/dL, and the anion gap remains elevated. What is the next step?
Insulin therapy must continue until the anion gap closes; adding dextrose prevents hypoglycemia while ongoing correction of ketoacidosis continues.
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BH. A patient with ARDS is mechanically ventilated. Despite FiO₂ 100% and PEEP 15 cmH₂O, PaO₂ remains 48 mmHg. What is the next step?
Prone positioning improves oxygenation by promoting alveolar recruitment and improving ventilation-perfusion matching in severe ARDS.
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BI. A patient with ARDS is ventilated with low tidal volume settings. Plateau pressures remain high despite optimized sedation. What is the priority action?
Oops! Revisit advanced ARDS management strategies.
Paralytics are indicated in severe ARDS with high plateau pressures to improve ventilator synchrony and reduce barotrauma.
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BJ. A patient with ARDS is on mechanical ventilation with high FiO₂ and PEEP. Oxygenation is still poor, and plateau pressures are above 30 cmH₂O. What is the priority nursing intervention?
Prone positioning improves oxygenation and is a proven strategy in severe ARDS before escalating to advanced therapies.
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BK. A patient’s family requests detailed medical information, but the patient previously stated they do not want their health discussed with family. What should the nurse do?
Oops! Revisit the principles of patient confidentiality.
Patient autonomy and confidentiality must be prioritized. The nurse should respect the patient’s explicit preferences.
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BL. A nurse recognizes that a patient with depression is reluctant to attend physical therapy sessions. What is the nurse’s best action?
Oops! Revisit the principles of caring practice.
Caring practice involves understanding emotional barriers and motivating patients to engage in treatments that support recovery.
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BM. A patient with septic shock remains hypotensive after aggressive fluids and norepinephrine. The patient has cool extremities, weak pulses, and low urine output. What is the priority intervention?
Low cardiac output with poor perfusion despite fluids and norepinephrine requires an inotrope like dobutamine to enhance contractility.
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BN. A patient with septic shock is receiving norepinephrine and fluids. Despite therapy, MAP is 55 mmHg, lactate is 7 mmol/L, and skin is mottled. What is the next intervention?
Adding vasopressin is appropriate for persistent hypotension despite fluids and norepinephrine to enhance vascular tone and perfusion.
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BO. A patient with COPD exacerbation is on BiPAP but becomes increasingly lethargic. ABG shows pH 7.18, PaCO₂ 95 mmHg, and PaO₂ 52 mmHg. What is the priority action?
Oops! Revisit indications for intubation in respiratory failure.
Severe hypercapnia with altered mental status indicates BiPAP failure and the need for definitive airway management.
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BP. A nurse observes a patient praying quietly before a procedure. What is the most appropriate action?
Oops! Revisit the principles of spiritual care.
Respecting spiritual practices supports holistic, patient-centered care and acknowledges the importance of diversity in healthcare.
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BQ. A patient receiving tPA for an acute ischemic stroke suddenly develops new confusion and severe headache. What is the immediate priority?
Sudden neurological changes during tPA therapy suggest intracranial hemorrhage, requiring immediate imaging and discontinuation of the medication.
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BR. A patient with septic shock remains hypotensive despite fluids, norepinephrine, and vasopressin. The cardiac index is low. What is the next step?
Dobutamine is indicated to improve cardiac output in septic shock when there is evidence of low cardiac index and persistent hypoperfusion.
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BS. A patient with a traumatic brain injury presents with ICP of 28 mmHg and decreasing level of consciousness. What is the immediate nursing action?
Oops! Revisit management of increased ICP.
Sedation decreases metabolic demand and prevents agitation, helping to lower ICP and improve cerebral perfusion.
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BT. A patient receiving tPA for an acute ischemic stroke develops new-onset slurred speech and right-sided weakness during the infusion. What is the priority action?
Neurologic deterioration during tPA administration is most likely due to hemorrhagic conversion; stop the infusion and arrange urgent imaging.
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BU. A patient receiving tPA for an acute ischemic stroke develops sudden neurological deterioration and vomiting. What is the immediate nursing intervention?
These symptoms suggest intracranial hemorrhage; stop the infusion and arrange immediate neuroimaging.
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BV. A patient with a traumatic brain injury has ICP of 32 mmHg and a Glasgow Coma Scale score of 6. What is the priority nursing action?
Hypertonic saline reduces elevated ICP and improves cerebral perfusion in critically unstable patients.
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BW. A patient post-craniotomy suddenly develops severe headache, projectile vomiting, and a rapid rise in ICP. What is the priority intervention?
Oops! Revisit signs of increased ICP.
These are signs of increased intracranial pressure and possible bleeding. Immediate imaging and provider notification are required.
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BX. A nurse overhears another staff member making jokes about a patient’s weight. What is the most appropriate response?
Oops! Revisit the principles of professional conduct.
Professional caring requires promoting dignity and respect. Addressing unprofessional comments maintains an ethical work environment.
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BY. A patient recovering from surgery expresses concern about returning home alone. Which action by the nurse best supports safe discharge?
Oops! Revisit the concept of systems thinking in discharge planning.
Systems thinking involves coordinating with available resources to support safe and effective patient transitions.
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BZ. During a team huddle, a nurse notices that one colleague consistently interrupts others. What is the most appropriate nursing action?
Oops! Revisit the principles of team collaboration.
Collaboration requires mutual respect and open communication. Addressing disruptive behaviors maintains a productive team dynamic.
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CA. A patient with ARDS is receiving low tidal volume ventilation. Plateau pressures remain above 30 cmH₂O. What is the priority nursing intervention?
Oops! Revisit advanced strategies for ARDS management.
Neuromuscular blockade reduces patient-ventilator dyssynchrony and helps lower plateau pressures in severe ARDS.
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CB. A patient with septic shock is receiving norepinephrine and fluids. The MAP remains 55 mmHg, and lactate is 5.5 mmol/L. What is the next nursing intervention?
Dobutamine improves cardiac output and tissue perfusion when hypotension and hypoperfusion persist despite norepinephrine and fluids.
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CC. A patient post-stroke is on enteral feeding. During administration, the patient starts coughing and desaturates to 88%. What is the priority nursing action?
Oops! Revisit aspiration precautions.
Sudden coughing and desaturation suggest aspiration; stop the feeding and verify placement immediately.
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CD. A nurse notices that a patient has not received prescribed pain medication due to a delayed order entry. What should the nurse do first?
Oops! Revisit the principles of patient advocacy.
Advocacy includes ensuring timely access to appropriate treatment. Nurses must intervene promptly to resolve medication delays.
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CE. A patient with ARDS is on mechanical ventilation with high PEEP and FiO₂. Plateau pressures are above 30 cmH₂O. What is the priority nursing action?
Oops! Revisit lung-protective ventilation principles.
Lowering tidal volume prevents barotrauma and ventilator-induced lung injury in ARDS.
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CF. A patient with acute liver failure develops confusion, asterixis, and an ammonia level of 120 mcg/dL. What is the priority nursing intervention?
Oops! Revisit management of hepatic encephalopathy.
Lactulose decreases serum ammonia by promoting excretion, reducing the risk of cerebral edema in hepatic encephalopathy.
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CG. A patient with ARDS is sedated and mechanically ventilated. Plateau pressures are rising, and lung compliance is worsening. What is the best nursing intervention?
Oops! Revisit lung-protective ventilation strategies.
Lowering tidal volume reduces barotrauma and follows ARDS lung-protective ventilation strategies.
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CH. A nurse is caring for a patient who identifies with a different religion. The patient asks if their spiritual leader can visit. What is the most appropriate response?
Oops! Revisit the principles of culturally competent care.
Respecting and supporting a patient’s spiritual practices demonstrates culturally competent and holistic care.
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CI. A patient on mechanical ventilation for ARDS has plateau pressures rising above 30 cmH₂O. What is the priority nursing action?
High plateau pressures increase the risk of barotrauma; lowering tidal volume prevents ventilator-induced lung injury.
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CJ. A patient receiving tPA for an acute ischemic stroke suddenly develops new weakness in the right arm and slurred speech. What is the immediate action?
Neurological changes during tPA administration suggest intracranial hemorrhage; stop the infusion and prepare for emergent imaging.
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CK. A nurse is discharging a patient who expresses uncertainty about managing complex wound care at home. What is the best nursing action?
Oops! Revisit the concepts of systems thinking and patient education.
Systems thinking and facilitation of learning ensure patients are supported with both education and community resources.
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CL. A patient receiving tPA for an acute ischemic stroke suddenly becomes unresponsive, with a rapid decline in Glasgow Coma Scale. What is the immediate action?
Sudden neurological deterioration during tPA infusion suggests intracranial hemorrhage, requiring immediate discontinuation of tPA and urgent imaging.
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CM. A patient in septic shock remains hypotensive despite adequate fluids and norepinephrine. MAP is 55 mmHg, lactate is 6 mmol/L, and SvO₂ is low. What is the next intervention?
Oops! Revisit the management of persistent hypoperfusion in sepsis.
Low SvO₂ with hypotension suggests low cardiac output; dobutamine improves contractility and tissue perfusion.
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CN. A patient with diabetic ketoacidosis is on IV insulin therapy. The anion gap is still open, and glucose has decreased to 180 mg/dL. What is the next step?
Insulin is continued until the anion gap closes; adding dextrose prevents hypoglycemia during ongoing treatment.
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CO. A patient with diabetic ketoacidosis is on IV insulin. Glucose is 170 mg/dL, but the anion gap remains open. Potassium is 3.5 mEq/L. What is the next step?
Insulin is continued until the anion gap closes, with dextrose added to prevent hypoglycemia during ongoing metabolic correction.
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CP. A patient with COPD is receiving BiPAP for hypercapnic respiratory failure but becomes more lethargic and shows a PaCO₂ of 100 mmHg. What is the priority intervention?
Oops! Revisit the management of BiPAP failure.
Severe hypercapnia with altered mental status indicates BiPAP failure; rapid escalation to advanced airway support is critical.
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CQ. A patient with severe sepsis is receiving broad-spectrum antibiotics and fluids. The nurse notes increasing mottling of the skin and a lactate of 8 mmol/L. What is the priority nursing intervention?
Oops! Revisit the assessment of tissue perfusion.
Persistent hypoperfusion despite initial resuscitation indicates the need for invasive monitoring to guide targeted therapy.
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CR. A patient with traumatic brain injury presents with ICP of 28 mmHg, bradycardia, and hypertension. What is the immediate priority?
Oops! Revisit management of Cushing’s triad.
Elevated ICP with Cushing’s triad requires immediate hyperosmolar therapy to prevent herniation and irreversible brain damage.
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CS. A nurse finds a patient crying after receiving a new diagnosis. What is the most appropriate action?
Oops! Revisit the principles of providing emotional support.
Caring practices include providing emotional support through presence and empathy rather than minimizing or avoiding the patient’s distress.
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CT. A patient on telemetry develops unstable ventricular tachycardia with hypotension and altered mental status. What is the immediate nursing action?
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CU. A patient on mechanical ventilation for ARDS has plateau pressures above 30 cmH₂O despite low tidal volumes. What should the nurse anticipate next?
Rising plateau pressures with refractory hypoxemia despite optimal settings indicate need for advanced rescue therapy like ECMO.
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CV. A patient with ARDS on mechanical ventilation remains hypoxemic despite high PEEP and FiO₂ 100%. What is the next intervention?
Prone positioning improves oxygenation in severe ARDS by enhancing alveolar recruitment and gas exchange.
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CW. A patient post-thyroidectomy suddenly develops inspiratory stridor and labored breathing. What is the immediate priority?
Oops! Revisit emergent post-operative complications.
Stridor after thyroidectomy signals acute airway obstruction, requiring rapid intervention to secure the airway.
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CX. A patient with diabetic ketoacidosis is on an insulin drip. Potassium level is 2.9 mEq/L. What is the priority action?
Oops! Revisit DKA management protocols, specifically regarding electrolytes.
Severe hypokalemia must be corrected prior to continuing insulin, as insulin further shifts potassium into cells, risking arrhythmias.
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CY. A patient with septic shock develops oliguria and rising creatinine despite adequate fluid resuscitation and vasopressors. What is the next nursing action?
Oops! Revisit management of sepsis-induced AKI.
Persistent oliguria with rising creatinine indicates acute kidney injury requiring initiation of continuous renal replacement therapy (CRRT).
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CZ. A patient with diabetic ketoacidosis is on IV insulin. Potassium is 3.0 mEq/L, and glucose is 190 mg/dL. What is the priority nursing action?
Potassium replacement is critical when K⁺ <3.3 mEq/L to prevent arrhythmias during ongoing insulin therapy.
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DA. A patient asks for information about advance directives. What is the nurse’s best response?
Oops! Revisit the nurse’s role in advance directives.
Facilitation of learning includes giving accurate, understandable information to help patients make informed decisions about future care.
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DB. A patient receiving tPA for ischemic stroke develops sudden confusion and new-onset headache. What is the priority nursing action?
Oops! Revisit the management of tPA complications.
These are signs of intracranial hemorrhage, requiring immediate cessation of the thrombolytic and urgent imaging.
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DC. A patient with diabetic ketoacidosis has a glucose of 180 mg/dL, an anion gap that is still open, and potassium of 4.0 mEq/L. What is the next step?
Sodium bicarbonate is considered only in severe acidosis (pH < 6.9); otherwise, continue insulin with fluids and dextrose. (This aligns with nuanced management when acidosis remains critical.)
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DD. A patient post-CABG develops sudden hypotension, jugular vein distention, and muffled heart sounds. What is the priority action?
Oops! Revisit post-cardiac surgery emergencies.
These symptoms are classic for cardiac tamponade, which requires emergent drainage.
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DE. A patient with acute upper GI bleeding is hypotensive and tachycardic. Two large-bore IV lines are in place. What is the next priority intervention?
Oops! Revisit initial management of hemorrhagic shock.
Hemodynamic instability in GI bleeding requires aggressive blood resuscitation to restore perfusion before definitive intervention.
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DF. A patient with ARDS is receiving mechanical ventilation with high FiO₂ and PEEP. Plateau pressures remain elevated, and oxygenation is poor. What is the priority nursing action?
Prone positioning improves oxygenation by enhancing alveolar recruitment and improving ventilation-perfusion matching in severe ARDS.
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DG. A patient with ARDS remains hypoxemic despite FiO₂ 100%, PEEP 15 cmH₂O, and sedation. What should the nurse anticipate next?
Prone positioning improves oxygenation in severe ARDS by enhancing alveolar recruitment and ventilation-perfusion matching.
112 / 125
DH. A nurse witnesses a provider failing to obtain informed consent before a procedure. What should the nurse do first?
Oops! Revisit the nurse’s role as a patient advocate.
Advocacy requires protecting patient rights. Nurses must ensure informed consent is obtained prior to any procedure.
113 / 125
DI. A patient post-thyroidectomy suddenly develops stridor and difficulty breathing. What is the immediate priority?
Oops! Revisit emergent post-thyroidectomy complications.
Stridor indicates acute airway obstruction due to laryngeal edema or hematoma; airway management is the priority.
114 / 125
DJ. A patient on telemetry develops torsades de pointes. What is the immediate nursing action?
Oops! Revisit ACLS algorithms for polymorphic VT.
Torsades de pointes is a polymorphic ventricular tachycardia commonly due to prolonged QT; IV magnesium is first-line treatment.
115 / 125
DK. A patient post-traumatic brain injury presents with ICP of 30 mmHg and cerebral perfusion pressure of 50 mmHg. What is the priority intervention?
Oops! Revisit interventions for critical ICP elevation.
Osmotic therapy reduces ICP and maintains cerebral perfusion pressure in critically elevated ICP situations.
116 / 125
DL. A patient post-craniotomy develops sudden severe headache, hypertension, and bradycardia. ICP monitor shows a rapid rise in pressure. What should the nurse do first?
Oops! Revisit signs of Cushing’s triad.
These are signs of increased ICP and possible herniation; immediate imaging and provider notification are critical.
117 / 125
DM. A patient in septic shock is receiving high doses of norepinephrine. The MAP remains 55 mmHg, and capillary refill is delayed. What is the next intervention?
Oops! Revisit refractory septic shock management.
Adding vasopressin supports vascular tone in patients with persistent hypotension despite high-dose norepinephrine.
118 / 125
DN. A patient on mechanical ventilation for ARDS has plateau pressures >30 cmH₂O. What is the best nursing intervention?
Oops! Revisit lung-protective ventilation.
Low tidal volume ventilation reduces barotrauma and is a cornerstone of lung-protective strategies.
119 / 125
DO. A patient with a traumatic brain injury shows ICP of 28 mmHg, sluggish pupils, and hypertension with bradycardia. What is the priority nursing action?
Hyperosmolar therapy helps lower ICP and prevent herniation in patients with signs of elevated intracranial pressure.
120 / 125
DP. A patient suddenly develops chest pain, dyspnea, and tachycardia. Oxygen saturation drops to 84% on room air. What is the priority nursing action?
Oops! Revisit initial management of suspected PE.
Immediate oxygen administration stabilizes the patient with suspected pulmonary embolism while diagnostic confirmation and treatment are arranged.
121 / 125
DQ. A nurse is preparing to teach a patient newly diagnosed with atrial fibrillation about anticoagulant therapy. What is the best teaching strategy?
Oops! Revisit the principles of effective patient teaching.
The teach-back method ensures patient comprehension and promotes adherence to therapy by engaging the patient directly.
122 / 125
DR. A patient with septic shock remains hypotensive after fluids and norepinephrine. MAP is 55 mmHg, and urine output is minimal. What is the priority intervention?
Vasopressin is recommended as a second-line vasopressor when norepinephrine alone is insufficient to maintain adequate perfusion.
123 / 125
DS. A patient with multiple traumatic injuries presents with hypotension, tachycardia, and cool, clammy skin. FAST exam is positive for intra-abdominal bleeding. What is the priority nursing intervention?
Oops! Revisit management of hemorrhagic shock.
Hypovolemic shock due to internal bleeding requires activation of massive transfusion and emergent surgical intervention.
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DT. A patient with ARDS is mechanically ventilated. Oxygenation remains poor despite FiO₂ 100% and high PEEP. What should the nurse do next?
Prone positioning improves oxygenation by promoting alveolar recruitment and enhancing gas exchange in severe ARDS.
125 / 125
DU. A patient in septic shock is receiving fluids and norepinephrine. The MAP is 58 mmHg, lactate is 5 mmol/L, and urine output is 10 mL/hr. What is the next best step?
Oops! Revisit sepsis management guidelines.
Dobutamine improves cardiac output and tissue perfusion when hypoperfusion persists despite norepinephrine and fluids.
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