PCCN Quiz -16
1 / 125
A. A patient with acute kidney injury has potassium 6.8 mmol/L and ECG showing widened QRS complexes. Which medication should be given urgently to prevent fatal arrhythmias?
Oops! Revisit the emergency management of hyperkalemia.
Correct! Well done.
Calcium gluconate stabilizes cardiac membranes immediately. Other therapies reduce potassium but act more slowly.
2 / 125
B. During report, a nurse hears a colleague making fun of a patient’s accent. What is the most appropriate response?
Oops! Revisit principles of professional and culturally sensitive conduct.
Addressing disrespectful behavior protects professionalism and patient dignity.
3 / 125
C. A caregiver says, “I feel exhausted and I’m afraid I can’t keep caring for my spouse.” What is the nurse’s best response?
Oops! Revisit the concept of systems thinking for caregiver support.
Systems thinking requires recognizing caregiver strain and offering resources.
4 / 125
D. A patient with ischemic stroke arrives 2 hours after onset of symptoms. CT scan shows no hemorrhage. What is the appropriate intervention?
Oops! Revisit acute stroke protocols.
IV alteplase is indicated within 3–4.5 hours of ischemic stroke onset in eligible patients.
5 / 125
E. A patient with STEMI develops hypotension, muffled heart sounds, and jugular venous distension. What is the most likely complication?
Oops! Revisit mechanical complications of MI.
Beck’s triad (hypotension, JVD, muffled heart sounds) strongly suggests tamponade, a rare but fatal post-MI complication.
6 / 125
F. A patient with unstable angina reports chest pain unrelieved by nitroglycerin. What is the next most appropriate intervention?
Oops! Revisit ACS management protocols.
Morphine reduces pain and myocardial oxygen demand in ACS when nitrates are ineffective. Beta-blockers are used but not for acute relief; thrombolytics are for STEMI, not unstable angina.
7 / 125
G. A patient with Guillain-Barré syndrome develops progressive weakness and difficulty clearing secretions. Which intervention is most urgent?
Oops! Revisit respiratory management in neuromuscular disease.
Guillain-Barré can cause respiratory muscle paralysis; airway protection and ventilation are critical. Corticosteroids are not effective therapy.
8 / 125
H. A patient with acute anaphylaxis (wheezing, hypotension, urticaria) is in the ED. Which treatment must be given first?
Oops! Revisit the management of anaphylaxis.
IM epinephrine is the life-saving first intervention; antihistamines and steroids are adjuncts after epinephrine.
9 / 125
I. A patient with suspected bowel perforation presents with severe abdominal pain, rigidity, and free air under the diaphragm on X-ray. What is the priority intervention?
Oops! Revisit the management of bowel perforation.
Perforation with peritonitis and free air requires immediate surgical management. Endoscopy and oral meds are contraindicated.
10 / 125
J. A patient with severe asthma exacerbation has not responded to inhaled beta-agonists and IV steroids. Which therapy is the next appropriate step?
Oops! Revisit the management of status asthmaticus.
Magnesium sulfate provides bronchodilation in refractory asthma. Antihistamines, antibiotics, and aspirin are not appropriate acute interventions.
11 / 125
K. A patient with acute ischemic stroke has blood pressure of 210/115 mmHg but is not a candidate for thrombolytic therapy. What is the best management?
Oops! Revisit blood pressure management in stroke.
Elevated BP is often tolerated in acute ischemic stroke (if no thrombolysis planned) to preserve cerebral perfusion.
12 / 125
L. A provider prepares to start a surgical procedure without verifying informed consent. What is the priority nursing action?
Oops! Revisit the nurse’s advocacy role in patient rights.
Advocacy requires protecting patient rights by ensuring informed consent before invasive procedures.
13 / 125
M. A patient with diabetic ketoacidosis is being treated with insulin infusion. Glucose is now 190 mg/dL, but acidosis persists. What is the next step in management?
Oops! Revisit DKA management protocols.
Once glucose falls <200 mg/dL but ketoacidosis persists, IV dextrose is added to allow continued insulin until acidosis resolves.
14 / 125
N. A patient with cirrhosis presents with confusion, asterixis, and elevated ammonia levels. What is the primary pharmacologic treatment?
Oops! Revisit the management of hepatic encephalopathy.
Lactulose reduces serum ammonia by promoting its excretion in stool, making it the drug of choice in hepatic encephalopathy.
15 / 125
O. A nurse sees a provider beginning to place a chest tube without verifying informed consent. What is the priority nursing action?
Oops! Revisit the nurse’s advocacy role in patient safety.
Advocacy requires protecting patient rights by ensuring informed consent before procedures.
16 / 125
P. A patient with ARDS is on mechanical ventilation. Which ventilator strategy improves survival?
Oops! Revisit lung-protective ventilation principles.
Low tidal volume ventilation reduces barotrauma and improves outcomes in ARDS.
17 / 125
Q. A patient with suspected acute adrenal insufficiency presents with profound hypotension unresponsive to fluids. What is the priority treatment?
Oops! Revisit the management of adrenal crisis.
Adrenal crisis requires immediate IV corticosteroids plus fluids; without steroids, mortality is high.
18 / 125
R. A patient with acute kidney injury has oliguria, rising creatinine, and pulmonary edema. Which therapy is indicated?
Oops! Revisit indications for dialysis.
Dialysis is indicated for AKI with refractory hyperkalemia, acidosis, volume overload, or uremic symptoms. Giving potassium or NSAIDs would worsen the condition.
19 / 125
S. A patient with severe acute pancreatitis develops increasing intra-abdominal pressure >25 mmHg with organ dysfunction. What is the most definitive treatment?
Oops! Revisit the management of abdominal compartment syndrome.
Abdominal compartment syndrome requires emergent decompression; supportive measures alone are insufficient once organ dysfunction occurs.
20 / 125
T. A patient after traumatic brain injury has unequal pupils and a sudden drop in level of consciousness. What does this most likely indicate?
Oops! Revisit signs of brain herniation.
Unequal pupils with rapid neurological decline suggests uncal herniation due to increased ICP compressing the third cranial nerve.
21 / 125
U. A patient has severe Clostridioides difficile infection (WBC 18,000/µL, creatinine 2.0 mg/dL) with frequent watery stools. First-line therapy?
Oops! Revisit C. diff treatment guidelines.
For severe CDI, oral vancomycin is first-line (fidaxomicin is also guideline-supported). IV metronidazole alone is inadequate (IV does not reach colonic lumen).
22 / 125
V. A patient with acute myocardial infarction develops new onset systolic murmur and pulmonary edema. Which complication is most likely?
MI can cause papillary muscle rupture, leading to acute severe mitral regurgitation, pulmonary edema, and a new murmur.
23 / 125
W. A patient with severe pneumonia develops refractory hypoxemia despite high FiO₂. Chest X-ray shows bilateral infiltrates. What is the most likely condition?
Oops! Revisit the definition of ARDS.
ARDS is characterized by bilateral infiltrates, severe hypoxemia unresponsive to oxygen, and absence of left heart failure.
24 / 125
X. A patient with acute renal failure has severe hyperkalemia (K⁺ 7.2 mmol/L, ECG: peaked T waves). After stabilizing the myocardium with IV calcium, what is the next therapy to rapidly lower serum potassium?
Insulin shifts potassium intracellularly within minutes. Dialysis is definitive if refractory, but insulin/glucose is rapid and first-line.
25 / 125
Y. 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 focus on purpose and benefits to promote adherence.
26 / 125
Z. A charge nurse is delegating tasks. Which duty is most appropriate for a nursing assistant?
Oops! Revisit the scope of practice for nursing assistants.
Nursing assistants may help with activities of daily living but not complex monitoring or teaching.
27 / 125
AA. A patient with acute myocardial infarction develops hypotension, clear lungs, and elevated jugular venous pressure. Which complication is most likely?
Oops! Revisit the presentation of RV infarction.
RV infarction presents with hypotension, clear lungs, and JVD. Pulmonary edema is absent, differentiating it from LV failure.
28 / 125
AB. A patient with acute coronary syndrome is started on heparin infusion. The nurse notes a drop in platelet count from 220,000 to 90,000 within 5 days. What is the most likely complication?
Oops! Revisit complications of heparin therapy.
HIT typically occurs 5–10 days after heparin exposure and is marked by a >50% platelet drop. It is immune-mediated and pro-thrombotic.
29 / 125
AC. A patient with end-stage renal disease says, “I no longer want dialysis.” What is the nurse’s best action?
Oops! Revisit the nurse’s role in respecting patient autonomy.
Advocacy requires honoring patient autonomy and promptly informing the team.
30 / 125
AD. A patient with severe asthma is receiving continuous nebulized albuterol. The nurse notices tremors and a serum potassium of 2.9 mmol/L. What caused this electrolyte disturbance?
Oops! Revisit side effects of beta-agonists.
Beta-agonists drive potassium into cells, lowering serum levels. Hypokalemia is a known side effect.
31 / 125
AE. A patient develops sudden right-sided weakness and facial droop. CT scan shows no hemorrhage. What is the next immediate step in management?
For ischemic stroke within 3–4.5 hours of onset and without contraindications, thrombolytic therapy is indicated. Aspirin is used later if tPA is not given.
32 / 125
AF. A patient with ischemic stroke is not eligible for tPA. Which therapy reduces early recurrent stroke risk?
Oops! Revisit secondary prevention for stroke.
In patients outside the tPA window, aspirin is initiated promptly to reduce recurrent ischemic stroke risk.
33 / 125
AG. A patient asks, “Why do I need to use this incentive spirometer after surgery?” What is the nurse’s best response?
Education should emphasize the purpose and benefits of interventions.
34 / 125
AH. A patient with traumatic spinal cord injury develops bradycardia, hypotension, and warm extremities. What is the underlying shock type?
Oops! Revisit the types of shock.
Loss of sympathetic tone after spinal cord injury causes distributive shock with hypotension and bradycardia.
35 / 125
AI. A postoperative patient develops sudden calf pain, swelling, and warmth. Which diagnostic test is most appropriate to confirm the suspected condition?
Oops! Revisit the diagnosis of DVT.
Calf pain and swelling suggest deep vein thrombosis; venous duplex ultrasound is the gold standard for diagnosis.
36 / 125
AJ. A patient with STEMI develops sustained ventricular tachycardia with hypotension. What is the immediate management?
Oops! Revisit the ACLS algorithm for unstable tachycardia.
Unstable VT requires immediate synchronized cardioversion. Antiarrhythmics are reserved for stable patients.
37 / 125
AK. A patient with suspected upper GI bleeding has a hemoglobin of 6.9 g/dL and tachycardia. Which intervention is indicated?
Oops! Revisit transfusion thresholds.
In severe GI bleeding with hemodynamic compromise, transfusion is required to restore oxygen delivery. Iron and hydration are not sufficient.
38 / 125
AL. A patient develops new-onset atrial fibrillation with rapid ventricular response after cardiac surgery. Which drug is most appropriate for rate control?
Oops! Revisit post-operative arrhythmia management.
Calcium channel blockers (or beta-blockers) are used for rate control in new atrial fibrillation. Epinephrine and dopamine worsen tachyarrhythmias.
39 / 125
AM. A patient with acute coronary syndrome develops bradycardia and hypotension. Which medication should be avoided?
Oops! Revisit contraindications in ACS.
Beta-blockers are contraindicated in bradycardia and hypotension because they further depress heart rate and contractility. Atropine and fluids support hemodynamics.
40 / 125
AN. A high-risk patient is scheduled for contrast-enhanced CT. The best-proven strategy to prevent contrast-associated acute kidney injury is:
Oops! Revisit prevention of contrast-induced nephropathy.
Adequate isotonic hydration before and after contrast has the strongest evidence for prevention; other measures have inconsistent benefit and are not superior to fluids.
41 / 125
AO. A nurse observes a colleague preparing medications while discussing personal phone messages. What is the most appropriate action?
Oops! Revisit patient safety protocols regarding distractions.
Preventing distractions during medication preparation protects patient safety.
42 / 125
AP. A patient with acute pulmonary edema due to decompensated heart failure is in severe respiratory distress. Which intervention provides the fastest symptomatic relief?
Oops! Revisit the management of acute pulmonary edema.
IV nitroglycerin causes rapid venodilation, reduces preload, and provides immediate relief in acute pulmonary edema.
43 / 125
AQ. A patient in septic shock on norepinephrine develops rising lactate levels and mottled skin. Which additional therapy may improve tissue perfusion?
Oops! Revisit advanced vasopressor therapy.
Vasopressin can be added in septic shock resistant to norepinephrine to improve vascular tone and tissue perfusion.
44 / 125
AR. A patient in septic shock has persistent hypotension despite fluid resuscitation and norepinephrine infusion. Which adjunctive therapy may be added?
Oops! Revisit the Surviving Sepsis Campaign guidelines.
Low-dose corticosteroids are considered in refractory septic shock to restore vascular responsiveness. Other listed options are not appropriate.
45 / 125
AS. A patient with ST-elevation myocardial infarction (STEMI) arrives 30 minutes after symptom onset. The hospital has PCI capability. What is the preferred reperfusion strategy?
Oops! Revisit STEMI protocols.
PCI is the gold standard for STEMI if performed within 90 minutes of arrival. Thrombolysis is considered only when PCI is not available.
46 / 125
AT. A mechanically ventilated patient acutely develops hypotension, tracheal deviation, and absent breath sounds on the right. What is the next action?
Oops! Revisit the management of tension pneumothorax.
Classic tension pneumothorax is a clinical diagnosis requiring emergent decompression without waiting for imaging.
47 / 125
AU. A patient with septic shock remains hypotensive despite fluids and norepinephrine. Which additional vasopressor is recommended next?
Vasopressin is the recommended second-line agent added to norepinephrine in refractory septic shock.
48 / 125
AV. A patient with peptic ulcer disease presents with hematemesis and hypotension. Which pharmacologic therapy is most appropriate?
Oops! Revisit the management of upper GI bleed.
IV PPIs reduce acid secretion and stabilize clot formation in acute upper GI bleeding.
49 / 125
AW. A patient with severe COPD exacerbation is on BiPAP but becomes increasingly somnolent with PaCO₂ 85 mmHg. What is the next step?
Oops! Revisit indications for intubation in respiratory failure.
Worsening hypercapnia with declining mental status indicates BiPAP failure, requiring invasive ventilation.
50 / 125
AX. A patient with community-acquired pneumonia is admitted with PaO₂ of 52 mmHg on room air. What is the initial management priority?
Oops! Revisit the initial management of pneumonia.
Correcting hypoxemia is the first priority; antibiotics follow quickly but oxygen delivery comes first.
51 / 125
AY. A patient with acute myocardial infarction suddenly develops pulseless ventricular tachycardia. What is the immediate priority intervention?
Oops! Revisit the ACLS algorithm for pulseless VT/VF.
Pulseless VT and VF are treated first with defibrillation for rapid restoration of cardiac rhythm. Drugs are adjuncts after shocks.
52 / 125
AZ. A patient with suspected adrenal crisis presents with hypotension, hyponatremia, and hyperkalemia. What is the priority treatment?
Adrenal crisis is a medical emergency managed with corticosteroid replacement and IV fluids to correct shock and electrolyte imbalance.
53 / 125
BA. A patient presents with severe upper GI bleeding and hypotension. What is the priority nursing action?
Oops! Revisit the management of hemorrhagic shock.
The priority in GI bleeding with hemodynamic instability is circulatory support and resuscitation, before diagnostic or pharmacologic therapy.
54 / 125
BB. A patient with acute decompensated heart failure presents with pulmonary edema. Which initial intervention is most appropriate?
Oops! Revisit the management of acute heart failure.
IV loop diuretics are first-line to reduce preload and pulmonary congestion. Fluid bolus would worsen overload, beta-blockers are contraindicated acutely, and insulin has no role here.
55 / 125
BC. A patient with bacterial meningitis develops hypotension and tachycardia. What is the best immediate management?
Oops! Revisit the management of septic shock in meningitis.
Shock associated with meningitis requires fluid resuscitation first to restore perfusion. Antibiotics follow but fluids are immediate priority.
56 / 125
BD. A patient asks, “Why do I need to continue using the walker if I feel strong enough?” What is the nurse’s best response?
Oops! Revisit principles of patient safety education.
Patient education should stress safety and benefits of interventions.
57 / 125
BE. A patient with septic shock remains hypotensive despite fluids and norepinephrine. What additional therapy improves outcomes?
Stress-dose corticosteroids are recommended in refractory septic shock when fluids and vasopressors are inadequate.
58 / 125
BF. A patient with Addison’s disease is admitted for surgery. Which perioperative management is critical?
Oops! Revisit perioperative care for adrenal insufficiency.
Patients with adrenal insufficiency need stress-dose steroids during surgery to prevent adrenal crisis. Withholding steroids would be dangerous.
59 / 125
BG. A patient with suspected meningitis presents with fever, neck stiffness, and photophobia. Which intervention is most appropriate before lumbar puncture?
Oops! Revisit the management of bacterial meningitis.
In suspected bacterial meningitis, empiric broad-spectrum antibiotics must be started immediately; imaging/LP should not delay therapy.
60 / 125
BH. A nurse overhears a coworker making jokes about a patient’s cognitive impairment. What is the most appropriate response?
Oops! Revisit principles of professional conduct.
Professionalism requires confronting disrespectful behavior to maintain dignity and ethical standards.
61 / 125
BI. A patient with community-acquired pneumonia is hospitalized. Which factor most strongly indicates the need for ICU admission?
Oops! Revisit ICU admission criteria for pneumonia.
Shock requiring vasopressors is a major severity criterion for ICU admission in pneumonia (per IDSA/ATS).
62 / 125
BJ. A patient with upper GI bleeding has hematemesis and hypotension. Which diagnostic procedure is the gold standard to identify and treat the bleeding source?
Oops! Revisit the diagnosis of upper GI bleed.
EGD allows both identification and therapeutic control of upper GI bleeding. Colonoscopy is for lower GI sources.
63 / 125
BK. A patient with diabetic ketoacidosis (DKA) is admitted. Which intervention should be initiated first?
Initial priority in DKA is volume resuscitation with isotonic fluids. Insulin follows once potassium is assessed and replaced if necessary.
64 / 125
BL. A patient admitted with traumatic brain injury has ICP of 28 mmHg. Which intervention is most appropriate?
Oops! Revisit interventions for increased ICP.
Head elevation promotes venous drainage and lowers ICP. Mannitol may be used, but not orally; Trendelenburg worsens ICP.
65 / 125
BM. A patient with diabetic ketoacidosis is receiving IV insulin infusion. Potassium level is 3.1 mmol/L. What is the priority action?
Oops! Revisit electrolyte management in DKA.
Hypokalemia must be corrected before insulin infusion, since insulin further lowers serum potassium and may cause arrhythmias.
66 / 125
BN. A patient with severe asthma exacerbation has silent chest on auscultation and confusion. What is the next best step?
Silent chest with altered mental status indicates impending respiratory failure requiring intubation.
67 / 125
BO. A patient with COPD exacerbation is on high-flow oxygen. ABG shows pH 7.28, PaCO₂ 72 mmHg. What is the best next step?
Oops! Revisit the management of hypercapnic respiratory failure.
BiPAP is first-line for acute hypercapnic respiratory failure in COPD. Intubation is reserved if BiPAP fails.
68 / 125
BP. A patient with septic shock remains hypotensive despite fluid resuscitation. What is the first-line vasopressor recommended?
Current guidelines recommend norepinephrine as the first-line vasopressor in septic shock unresponsive to fluids, as it provides potent vasoconstriction with minimal tachycardia.
69 / 125
BQ. A patient with sepsis develops progressive hypotension despite fluids and vasopressors. Lactate remains elevated. What is the most likely underlying cause?
Oops! Revisit the pathophysiology of septic shock.
In septic shock, cellular metabolism is impaired despite adequate perfusion, leading to persistent lactic acidosis.
70 / 125
BR. A provider begins to prepare for intubation without confirming consent. What is the priority nursing action?
Advocacy requires ensuring informed consent to protect patient rights before invasive procedures.
71 / 125
BS. In the ICU, which strategy has the strongest evidence to prevent and treat delirium?
Oops! Revisit the management of ICU delirium.
Bundled, non-pharmacologic measures with light sedation (e.g., dexmedetomidine/propofol as needed) reduce delirium and ventilation days; benzos and restraints worsen outcomes.
72 / 125
BT. A charge nurse must assign duties. Which task is appropriate for a nursing assistant?
Nursing assistants can assist stable patients with mobility but not education or monitoring after IV meds.
73 / 125
BU. A patient with severe asthma exacerbation has a silent chest on auscultation. What does this finding most likely indicate?
Oops! Revisit the signs of severe asthma.
A silent chest indicates little to no airflow due to extreme obstruction and is a sign of impending respiratory collapse.
74 / 125
BV. A patient with suspected acute aortic dissection presents with tearing chest pain and BP 190/110 mmHg. What is the most appropriate immediate pharmacologic step?
Oops! Revisit the management of aortic dissection.
Rapid β-blockade lowers dP/dt and shear across the intima; vasodilators (e.g., nitroprusside) are added only after heart rate/BP are controlled.
75 / 125
BW. A patient’s son insists on making medical decisions despite the patient being alert and oriented. What is the nurse’s best action?
Oops! Revisit the principles of patient autonomy.
Patients with decision-making capacity retain the right to direct their care.
76 / 125
BX. A patient with acute pulmonary embolism is hypotensive and hypoxemic. What is the recommended immediate therapy?
Oops! Revisit the management of massive PE.
Massive PE with hemodynamic instability requires systemic thrombolysis unless contraindicated.
77 / 125
BY. A patient presents with sudden left-sided weakness and arrives within 2 hours of symptom onset. CT scan shows no hemorrhage. What is the best treatment?
Alteplase is indicated within 3–4.5 hours of ischemic stroke onset if no contraindications are present.
78 / 125
BZ. A patient post–subarachnoid hemorrhage suddenly develops acute confusion and significantly increased urine output. Which complication is most likely?
Oops! Revisit complications of subarachnoid hemorrhage.
Subarachnoid hemorrhage can cause cerebral salt wasting with hyponatremia and high urine output. SIADH typically causes low urine output.
79 / 125
CA. A patient with diabetic ketoacidosis has potassium 5.9 mmol/L before insulin infusion is started. What is the best management?
Potassium is often elevated at presentation in DKA, but insulin will lower it. Insulin is started promptly, with potassium monitoring to prevent hypokalemia.
80 / 125
CB. A patient with suspected small bowel obstruction presents with abdominal distension, vomiting, and high-pitched bowel sounds. Which diagnostic imaging is most appropriate?
Oops! Revisit the diagnosis of bowel obstruction.
Abdominal X-ray is first-line for suspected bowel obstruction, showing air-fluid levels and distension.
81 / 125
CC. A patient with Guillain–Barré syndrome is admitted to the ICU. Which therapy improves outcomes by hastening recovery?
Oops! Revisit the treatment of Guillain-Barré syndrome.
IVIG or plasmapheresis shortens recovery in Guillain–Barré. Corticosteroids are ineffective.
82 / 125
CD. A caregiver says, “I feel like I can’t do this anymore.” What is the nurse’s best response?
Systems thinking includes recognizing caregiver strain and offering concrete support.
83 / 125
CE. A patient with upper GI bleed presents with hematemesis and is hemodynamically stabilized. Which medication should be initiated before endoscopy?
Pre-endoscopic IV PPI reduces gastric acidity, stabilizes clot formation, and lowers rebleeding risk in acute upper GI hemorrhage.
84 / 125
CF. A patient with chronic kidney disease presents with hyperkalemia (K⁺ 6.5 mmol/L) and peaked T waves on ECG. What is the immediate priority intervention?
Calcium gluconate stabilizes the cardiac membrane rapidly, preventing arrhythmias. Other measures remove or shift potassium but act more slowly.
85 / 125
CG. A patient with sepsis has lactic acidosis and requires additional monitoring after fluid resuscitation. Which invasive device provides the most accurate assessment of preload and cardiac output?
Oops! Revisit hemodynamic monitoring devices.
A PA catheter allows direct measurement of preload (wedge pressure) and cardiac output, guiding management in complex shock.
86 / 125
CH. A caregiver says, “I feel guilty because I sometimes get angry with my loved one.” What is the nurse’s best response?
Systems thinking requires recognizing caregiver stress and offering resources.
87 / 125
CI. A patient develops massive hemoptysis with airway compromise. What is the priority intervention?
Oops! Revisit the management of massive hemoptysis.
Airway protection is priority. Positioning the bleeding side down prevents spillage into the contralateral lung. Definitive bronchoscopy follows.
88 / 125
CJ. A patient with suspected gastrointestinal bleed has a positive fecal occult blood test but stable vital signs. What is the most appropriate next step?
Oops! Revisit the management of stable GI bleed.
Stable patients with positive occult blood require diagnostic endoscopy. Surgery is reserved for unstable, active bleeding.
89 / 125
CK. An adult in generalized convulsive status epilepticus continues seizing on arrival. What is the first-line medication?
Oops! Revisit the management of status epilepticus.
A benzodiazepine is first-line for status epilepticus; fosphenytoin/valproate are second-line for ongoing control.
90 / 125
CL. A patient in septic shock has a central venous oxygen saturation (ScvO₂) of 55% despite adequate fluids and norepinephrine. What is the next best step?
Oops! Revisit goal-directed therapy for sepsis.
Low ScvO₂ may reflect inadequate oxygen delivery. Transfusion is indicated if hemoglobin is critically low.
91 / 125
CM. A patient with acute pancreatitis develops hypocalcemia. Which clinical sign supports this finding?
Oops! Revisit signs of hypocalcemia.
Chvostek’s sign (facial twitch when tapping facial nerve) indicates hypocalcemia, which may occur in severe pancreatitis.
92 / 125
CN. A patient with myxedema coma presents with hypothermia, bradycardia, and hypotension. What is the most appropriate immediate therapy?
Oops! Revisit the management of myxedema coma.
Myxedema coma requires prompt IV thyroid hormone; empiric hydrocortisone is given to cover possible concomitant adrenal insufficiency. Rewarming is gentle and supportive.
93 / 125
CO. A nurse learns that a patient’s critical troponin result has not been communicated to the provider. What is the best action?
Oops! Revisit the protocol for communicating critical lab values.
Critical values must be reported promptly to ensure timely intervention.
94 / 125
CP. A patient’s daughter becomes upset, saying, “You’re not telling us the truth about my father’s condition.” What is the nurse’s best response?
Oops! Revisit principles of therapeutic communication.
Therapeutic communication validates emotions and provides accurate support.
95 / 125
CQ. A patient with ulcerative colitis presents with fever, tachycardia, and severe abdominal distension. X-ray shows colonic dilation >6 cm. What is the likely diagnosis?
Oops! Revisit complications of IBD.
Toxic megacolon is a life-threatening complication of IBD with systemic toxicity and marked colonic dilation.
96 / 125
CR. A nurse notices that a patient’s potassium level is dangerously high and has not been reported. What is the best action?
Oops! Revisit the protocol for reporting critical lab values.
Critical values must be reported promptly to prevent life-threatening complications.
97 / 125
CS. A patient with diabetic ketoacidosis is treated with insulin infusion. Later, he develops lethargy, seizures, and serum sodium of 118 mmol/L. What is the most likely cause?
Oops! Revisit complications of DKA treatment.
Rapid correction of hyperglycemia and osmolality in DKA can cause cerebral edema, especially in younger patients.
98 / 125
CT. A patient with pneumonia is on antibiotics but develops progressive hypoxemia and bilateral crackles. Chest X-ray shows diffuse infiltrates. Which condition is suspected?
ARDS can occur secondary to sepsis or pneumonia and manifests as refractory hypoxemia with bilateral infiltrates.
99 / 125
CU. A trauma patient develops flail chest with paradoxical chest wall movement. Which intervention is most likely required?
Oops! Revisit the management of flail chest.
Severe flail chest often requires intubation with positive pressure to stabilize the chest wall and improve gas exchange.
100 / 125
CV. A patient with pulmonary embolism is started on heparin infusion. Which lab value should be closely monitored?
Oops! Revisit anticoagulation monitoring.
Heparin is titrated to therapeutic range using activated partial thromboplastin time (aPTT). INR is used for warfarin monitoring.
101 / 125
CW. A patient with acute respiratory distress syndrome (ARDS) is on mechanical ventilation. Which strategy is most important for improving survival?
Lung-protective ventilation reduces ventilator-induced injury and improves survival in ARDS.
102 / 125
CX. A patient with suspected subarachnoid hemorrhage has a normal head CT. What is the next diagnostic step?
Oops! Revisit the diagnosis of subarachnoid hemorrhage.
If CT is negative but suspicion for SAH remains, lumbar puncture confirms the diagnosis by detecting xanthochromia.
103 / 125
CY. A patient with COPD is admitted for acute exacerbation. ABG shows pH 7.36, PaCO₂ 58 mmHg, HCO₃⁻ 32 mEq/L. How should this be interpreted?
Oops! Revisit ABG interpretation.
Elevated PaCO₂ with near-normal pH and elevated HCO₃⁻ indicates chronic CO₂ retention with renal compensation, common in COPD.
104 / 125
CZ. A nurse feels distressed when asked to continue aggressive treatment for a patient with no expected recovery. What is the best action?
Oops! Revisit the process for addressing moral distress.
Addressing moral distress appropriately supports advocacy and professionalism.
105 / 125
DA. A patient with acute pancreatitis presents with severe epigastric pain and hypotension. Which lab finding would most strongly support this diagnosis?
Oops! Revisit diagnostic labs for pancreatitis.
Serum lipase is the most specific marker for acute pancreatitis. Troponin and CK reflect cardiac injury; BUN can rise nonspecifically.
106 / 125
DB. A patient with spinal cord injury at C4 suddenly develops severe hypertension, bradycardia, and profuse sweating above the injury level. What condition is this?
Oops! Revisit complications of spinal cord injury.
Autonomic dysreflexia is triggered by noxious stimuli below the injury in high spinal cord lesions and presents with hypertension, bradycardia, and sweating.
107 / 125
DC. A patient with an acute COPD exacerbation is hypoxemic. What oxygen strategy is most appropriate to avoid CO₂ narcosis while correcting hypoxemia?
Oops! Revisit oxygen therapy in COPD.
In COPD, controlled O₂ (SpO₂ 88–92%) corrects hypoxemia without excessive suppression of hypoxic drive or worsening V/Q mismatch and hypercapnia.
108 / 125
DD. A patient with upper GI bleeding is stabilized after resuscitation. Which procedure is essential for diagnosis and management?
Endoscopy allows direct visualization and therapeutic intervention, reducing rebleeding and mortality in upper GI bleeding.
109 / 125
DE. A nurse feels conflicted about carrying out an order that seems inconsistent with the patient’s values. What is the best step?
Addressing moral distress appropriately promotes advocacy and professional responsibility.
110 / 125
DF. A patient with suspected upper GI bleed is hypotensive and tachycardic. After stabilization, which medication should be started?
IV PPIs reduce gastric acid secretion, help clot stabilization, and are first-line in acute GI bleeding.
111 / 125
DG. A patient with cirrhosis and ascites has fever, abdominal pain, PMN count ≥250 cells/mm³ in ascitic fluid. Best initial therapy?
Oops! Revisit the management of SBP.
Spontaneous bacterial peritonitis requires a 3rd-gen cephalosporin; albumin reduces renal failure and mortality.
112 / 125
DH. A nurse sees a colleague preparing to administer insulin without checking the patient’s blood glucose. What is the best action?
Oops! Revisit patient safety protocols for insulin administration.
Peer accountability prevents unsafe practice and protects patient safety.
113 / 125
DI. A patient with traumatic brain injury is receiving mannitol. Which finding requires immediate intervention?
Oops! Revisit monitoring for mannitol therapy.
Severe hyponatremia indicates possible over-diuresis and risk of cerebral edema or seizures, requiring urgent correction.
114 / 125
DJ. A patient with subarachnoid hemorrhage develops acute severe headache and nuchal rigidity. Which diagnostic test is most sensitive in the first 24 hours?
CT is the most sensitive test within the first 24 hours of subarachnoid hemorrhage. LP is performed if CT is negative but suspicion remains high.
115 / 125
DK. A patient with atrial fibrillation is started on warfarin therapy. Which lab value is monitored to determine therapeutic range?
Warfarin anticoagulation is monitored with INR, which should typically be 2–3 for atrial fibrillation.
116 / 125
DL. A patient with metastatic cancer states, “I want comfort care only.” What is the nurse’s best action?
Oops! Revisit the nurse’s advocacy role in end-of-life decisions.
Advocacy requires honoring patient autonomy and promptly communicating preferences.
117 / 125
DM. A patient with atrial fibrillation develops rapid ventricular response causing hypotension. What is the most appropriate immediate treatment?
Unstable atrial fibrillation with hypotension requires immediate synchronized cardioversion.
118 / 125
DN. A patient with acute decompensated heart failure has pulmonary edema and oxygen saturation of 84% despite supplemental O₂. Which therapy should be initiated?
BiPAP improves oxygenation and reduces preload/afterload in acute pulmonary edema. Beta-blockers and fluid bolus worsen heart failure; oral diuretics act too slowly.
119 / 125
DO. A patient with acute COPD exacerbation shows increasing PaCO₂ and drowsiness. Which intervention is most appropriate?
Rising CO₂ and altered mental status signal impending respiratory failure requiring ventilatory support.
120 / 125
DP. A nurse feels conflicted about providing care that prolongs suffering. What is the most appropriate step?
Addressing moral distress appropriately promotes advocacy and professionalism.
121 / 125
DQ. A patient with Addisonian crisis presents with hypotension, hyponatremia, and hyperkalemia. Which therapy is most urgent?
Addisonian crisis is treated with IV glucocorticoids and aggressive fluid resuscitation. Mineralocorticoid replacement is secondary.
122 / 125
DR. A patient with ischemic stroke develops right-sided weakness and expressive aphasia. CT shows no hemorrhage. What is the first-line secondary prevention therapy?
Aspirin is started early for secondary prevention in ischemic stroke when tPA is not given. Alteplase is for acute reperfusion, not prevention.
123 / 125
DS. A patient’s spouse insists on making medical decisions, even though the patient is alert and competent. What is the nurse’s best response?
Autonomy belongs to the competent patient, not family members.
124 / 125
DT. A patient with diabetic ketoacidosis presents with potassium 3.1 mmol/L. What is the next best step before starting insulin?
Insulin lowers serum potassium further. In DKA with hypokalemia (<3.3), potassium must be corrected before insulin infusion.
125 / 125
DU. A patient with acute decompensated heart failure presents with dyspnea, pulmonary rales, and edema. Which lab test best reflects fluid overload severity?
Oops! Revisit diagnostic labs for heart failure.
BNP is released by ventricular stretch and is a sensitive marker of fluid overload in heart failure.
Your score is
The average score is 0%
Your cart is currently empty!