NSG 3100 EXAM 3 ACTUAL 2026/2027 - COMPLETE QUESTIONS
WITH DETAILED RATIONALES 100% VERIFIED CORRECT
ANSWERS - PASS GUARANTEED - A+ GRADED EXAM
190 QUESTIONS
TABLE OF CONTENTS
# TOPIC
1 Analyze pathophysiological alterations across multiple organ systems to prioritize nursing interventions
2 Evaluate the effectiveness of complex pharmacological and technological interventions using current
evidence
3 Synthesize assessment data to anticipate complications and initiate timely, patient-centered care
4 Apply ethical and safety principles in the management of critically ill patients
5 NSG 3100 Exam 3 Actual 2026
6 2027
7 Complete Questions with Detailed Rationales 100% Verified Correct Answers
8 Pass Guaranteed
9 A+ Graded Exam
10 Foundations of Nursing (NSG 3100: Advanced Medical-Surgical Nursing)
11 Applied Nursing (NSG 3100: Advanced Medical-Surgical Nursing)
12 Advanced Nursing (NSG 3100: Advanced Medical-Surgical Nursing)
13 Nursing (NSG 3100: Advanced Medical-Surgical Nursing) Review
Page 1
,Q1 ANALYZE PATHOPHYSIOLOGICAL ALTERATIONS ACROSS MULTIPLE ORGAN SYSTEMS
TO PRIORITIZE NURSING INTERVENTIONS
In a patient with septic shock and acute respiratory distress syndrome (ARDS),
which ventilator strategy best balances lung protection and hemodynamic
support?
A. Low tidal volume (6 mL/kg ideal body weight) with permissive hypercapnia and higher positive
end-expiratory pressure (PEEP) CORRECT
B. High tidal volume (10 mL/kg) with low PEEP to maximize cardiac output
C. Pressure-controlled ventilation with peak pressures limited to 50 cm H2O and zero PEEP
D. Volume-assist control with tidal volume 8 mL/kg and PEEP adjusted to maintain plateau
pressure < 30 cm H2O
RATIONALE: Low tidal volume (6 mL/kg) and higher PEEP are the cornerstone of lung-protective
ventilation in ARDS, reducing ventilator-induced lung injury while improving oxygenation. High
tidal volumes and zero PEEP worsen lung injury and hypoxemia. Plateau pressure should be
kept 30 cm H2O; 8 mL/kg is less protective. Pressure-controlled ventilation with 50 cm H2O
peak pressures is unsafe.
Q2 ANALYZE PATHOPHYSIOLOGICAL ALTERATIONS ACROSS MULTIPLE ORGAN SYSTEMS
TO PRIORITIZE NURSING INTERVENTIONS
A patient with heart failure is prescribed metoprolol succinate. Which finding
would indicate that the nurse should hold the medication and notify the provider?
A. Heart rate 58 beats/min and blood pressure 95/60 mm Hg
B. New-onset wheezing and respiratory rate 24 breaths/min CORRECT
C. Serum potassium 4.2 mEq/L and creatinine 1.0 mg/dL
D. Weight gain of 1 kg over 24 hours and mild ankle edema
RATIONALE: Beta-blockers can precipitate bronchospasm, especially in patients with reactive
airway disease; new-onset wheezing indicates an adverse reaction requiring prompt attention. A
heart rate of 58 and BP 95/60 may be acceptable if asymptomatic. Potassium and creatinine are
not contraindications. Weight gain and edema suggest worsening heart failure but do not require
holding metoprolol; in fact, beta-blockers are indicated in stable heart failure.
Page 2
,Q3 ANALYZE PATHOPHYSIOLOGICAL ALTERATIONS ACROSS MULTIPLE ORGAN SYSTEMS
TO PRIORITIZE NURSING INTERVENTIONS
Which of the following best explains the rationale for using a hypotonic
intravenous solution in the initial management of a patient with hyperglycemic
hyperosmolar state (HHS)?
A. It rapidly lowers serum osmolality to prevent cerebral edema
B. It replaces free water deficit while avoiding rapid shifts that can cause neurological
compromise CORRECT
C. It provides glucose to counteract hypoglycemia from insulin therapy
D. It expands intravascular volume more effectively than isotonic saline
RATIONALE: In HHS, the primary deficit is free water; hypotonic fluids (e.g., 0.45% NaCl)
gradually correct hyperosmolality, reducing the risk of cerebral edema from rapid osmotic shifts.
Isotonic saline is initially used for hemodynamic instability but can worsen hypernatremia.
Hypotonic fluids do not provide glucose or expand volume better than isotonic fluids.
Q4 ANALYZE PATHOPHYSIOLOGICAL ALTERATIONS ACROSS MULTIPLE ORGAN SYSTEMS
TO PRIORITIZE NURSING INTERVENTIONS
A patient with chronic kidney disease (CKD) stage 4 is being started on
erythropoiesis-stimulating agent (ESA) therapy. Which laboratory value should be
monitored most closely during the first 4 weeks of therapy?
A. Serum potassium
B. Hemoglobin and hematocrit
C. Serum ferritin and transferrin saturation CORRECT
D. Blood urea nitrogen (BUN) and creatinine
RATIONALE: ESA therapy requires adequate iron stores for erythropoiesis; iron deficiency is a
common cause of hyporesponse. Monitoring ferritin and transferrin saturation is essential to
guide iron supplementation. Hemoglobin is monitored but not as closely for early response.
Potassium and renal function are important but not the primary focus of ESA initiation.
Page 3
, Q5 ANALYZE PATHOPHYSIOLOGICAL ALTERATIONS ACROSS MULTIPLE ORGAN SYSTEMS
TO PRIORITIZE NURSING INTERVENTIONS
In a patient with acute liver failure, which assessment finding would most likely
precede the onset of hepatic encephalopathy?
A. Marked elevation in serum ammonia and asterixis CORRECT
B. Progressive jaundice and dark urine
C. Hypoglycemia and metabolic alkalosis
D. Increased prothrombin time and thrombocytopenia
RATIONALE: Elevated ammonia and asterixis (flapping tremor) are classic early indicators of
hepatic encephalopathy. Jaundice, coagulopathy, and metabolic abnormalities reflect hepatic
dysfunction but are not as specific for impending encephalopathy. Hypoglycemia and alkalosis
may contribute but are not the sentinel findings.
Q6 ANALYZE PATHOPHYSIOLOGICAL ALTERATIONS ACROSS MULTIPLE ORGAN SYSTEMS
TO PRIORITIZE NURSING INTERVENTIONS
A nurse is caring for a patient receiving a continuous infusion of norepinephrine.
Which hemodynamic parameter best indicates that the therapy is achieving its
intended effect?
A. Decreased heart rate
B. Increased mean arterial pressure (MAP) CORRECT
C. Increased cardiac output
D. Decreased pulmonary capillary wedge pressure (PCWP)
RATIONALE: Norepinephrine is primarily a vasopressor; its goal is to increase systemic vascular
resistance and MAP to maintain organ perfusion. It may cause reflex bradycardia but heart rate is
not the primary indicator. Cardiac output may decrease due to increased afterload. PCWP is not
a direct target of norepinephrine.
Page 4
WITH DETAILED RATIONALES 100% VERIFIED CORRECT
ANSWERS - PASS GUARANTEED - A+ GRADED EXAM
190 QUESTIONS
TABLE OF CONTENTS
# TOPIC
1 Analyze pathophysiological alterations across multiple organ systems to prioritize nursing interventions
2 Evaluate the effectiveness of complex pharmacological and technological interventions using current
evidence
3 Synthesize assessment data to anticipate complications and initiate timely, patient-centered care
4 Apply ethical and safety principles in the management of critically ill patients
5 NSG 3100 Exam 3 Actual 2026
6 2027
7 Complete Questions with Detailed Rationales 100% Verified Correct Answers
8 Pass Guaranteed
9 A+ Graded Exam
10 Foundations of Nursing (NSG 3100: Advanced Medical-Surgical Nursing)
11 Applied Nursing (NSG 3100: Advanced Medical-Surgical Nursing)
12 Advanced Nursing (NSG 3100: Advanced Medical-Surgical Nursing)
13 Nursing (NSG 3100: Advanced Medical-Surgical Nursing) Review
Page 1
,Q1 ANALYZE PATHOPHYSIOLOGICAL ALTERATIONS ACROSS MULTIPLE ORGAN SYSTEMS
TO PRIORITIZE NURSING INTERVENTIONS
In a patient with septic shock and acute respiratory distress syndrome (ARDS),
which ventilator strategy best balances lung protection and hemodynamic
support?
A. Low tidal volume (6 mL/kg ideal body weight) with permissive hypercapnia and higher positive
end-expiratory pressure (PEEP) CORRECT
B. High tidal volume (10 mL/kg) with low PEEP to maximize cardiac output
C. Pressure-controlled ventilation with peak pressures limited to 50 cm H2O and zero PEEP
D. Volume-assist control with tidal volume 8 mL/kg and PEEP adjusted to maintain plateau
pressure < 30 cm H2O
RATIONALE: Low tidal volume (6 mL/kg) and higher PEEP are the cornerstone of lung-protective
ventilation in ARDS, reducing ventilator-induced lung injury while improving oxygenation. High
tidal volumes and zero PEEP worsen lung injury and hypoxemia. Plateau pressure should be
kept 30 cm H2O; 8 mL/kg is less protective. Pressure-controlled ventilation with 50 cm H2O
peak pressures is unsafe.
Q2 ANALYZE PATHOPHYSIOLOGICAL ALTERATIONS ACROSS MULTIPLE ORGAN SYSTEMS
TO PRIORITIZE NURSING INTERVENTIONS
A patient with heart failure is prescribed metoprolol succinate. Which finding
would indicate that the nurse should hold the medication and notify the provider?
A. Heart rate 58 beats/min and blood pressure 95/60 mm Hg
B. New-onset wheezing and respiratory rate 24 breaths/min CORRECT
C. Serum potassium 4.2 mEq/L and creatinine 1.0 mg/dL
D. Weight gain of 1 kg over 24 hours and mild ankle edema
RATIONALE: Beta-blockers can precipitate bronchospasm, especially in patients with reactive
airway disease; new-onset wheezing indicates an adverse reaction requiring prompt attention. A
heart rate of 58 and BP 95/60 may be acceptable if asymptomatic. Potassium and creatinine are
not contraindications. Weight gain and edema suggest worsening heart failure but do not require
holding metoprolol; in fact, beta-blockers are indicated in stable heart failure.
Page 2
,Q3 ANALYZE PATHOPHYSIOLOGICAL ALTERATIONS ACROSS MULTIPLE ORGAN SYSTEMS
TO PRIORITIZE NURSING INTERVENTIONS
Which of the following best explains the rationale for using a hypotonic
intravenous solution in the initial management of a patient with hyperglycemic
hyperosmolar state (HHS)?
A. It rapidly lowers serum osmolality to prevent cerebral edema
B. It replaces free water deficit while avoiding rapid shifts that can cause neurological
compromise CORRECT
C. It provides glucose to counteract hypoglycemia from insulin therapy
D. It expands intravascular volume more effectively than isotonic saline
RATIONALE: In HHS, the primary deficit is free water; hypotonic fluids (e.g., 0.45% NaCl)
gradually correct hyperosmolality, reducing the risk of cerebral edema from rapid osmotic shifts.
Isotonic saline is initially used for hemodynamic instability but can worsen hypernatremia.
Hypotonic fluids do not provide glucose or expand volume better than isotonic fluids.
Q4 ANALYZE PATHOPHYSIOLOGICAL ALTERATIONS ACROSS MULTIPLE ORGAN SYSTEMS
TO PRIORITIZE NURSING INTERVENTIONS
A patient with chronic kidney disease (CKD) stage 4 is being started on
erythropoiesis-stimulating agent (ESA) therapy. Which laboratory value should be
monitored most closely during the first 4 weeks of therapy?
A. Serum potassium
B. Hemoglobin and hematocrit
C. Serum ferritin and transferrin saturation CORRECT
D. Blood urea nitrogen (BUN) and creatinine
RATIONALE: ESA therapy requires adequate iron stores for erythropoiesis; iron deficiency is a
common cause of hyporesponse. Monitoring ferritin and transferrin saturation is essential to
guide iron supplementation. Hemoglobin is monitored but not as closely for early response.
Potassium and renal function are important but not the primary focus of ESA initiation.
Page 3
, Q5 ANALYZE PATHOPHYSIOLOGICAL ALTERATIONS ACROSS MULTIPLE ORGAN SYSTEMS
TO PRIORITIZE NURSING INTERVENTIONS
In a patient with acute liver failure, which assessment finding would most likely
precede the onset of hepatic encephalopathy?
A. Marked elevation in serum ammonia and asterixis CORRECT
B. Progressive jaundice and dark urine
C. Hypoglycemia and metabolic alkalosis
D. Increased prothrombin time and thrombocytopenia
RATIONALE: Elevated ammonia and asterixis (flapping tremor) are classic early indicators of
hepatic encephalopathy. Jaundice, coagulopathy, and metabolic abnormalities reflect hepatic
dysfunction but are not as specific for impending encephalopathy. Hypoglycemia and alkalosis
may contribute but are not the sentinel findings.
Q6 ANALYZE PATHOPHYSIOLOGICAL ALTERATIONS ACROSS MULTIPLE ORGAN SYSTEMS
TO PRIORITIZE NURSING INTERVENTIONS
A nurse is caring for a patient receiving a continuous infusion of norepinephrine.
Which hemodynamic parameter best indicates that the therapy is achieving its
intended effect?
A. Decreased heart rate
B. Increased mean arterial pressure (MAP) CORRECT
C. Increased cardiac output
D. Decreased pulmonary capillary wedge pressure (PCWP)
RATIONALE: Norepinephrine is primarily a vasopressor; its goal is to increase systemic vascular
resistance and MAP to maintain organ perfusion. It may cause reflex bradycardia but heart rate is
not the primary indicator. Cardiac output may decrease due to increased afterload. PCWP is not
a direct target of norepinephrine.
Page 4
