1
NURS-H 476 SIMX DEANNE ROSS –
CUMULATIVE COMPLEX PATIENT | ESRD,
ANEMIA & CLINICAL JUDGMENT
SIMULATION | PRACTICE QUESTIONS
1–100 AND ANSWERS | 2026/2027 |
INDIANA UNIVERSITY EAST
Introduction
NURS-H 476 SimX Deanne Ross – Cumulative Complex Patient is the focus of this
nursing simulation practice bank, centered on advanced clinical judgment for a
complex patient with end-stage renal disease (ESRD) and anemia. The material is
intended for nursing students preparing to apply pathophysiology, focused assessment,
laboratory interpretation, prioritization, and evidence-based interventions in simulated
clinical situations.
ESRD can affect fluid balance, electrolyte regulation, acid–base homeostasis, waste
elimination, cardiovascular function, and medication clearance. Anemia associated
with chronic kidney disease can further compromise oxygen delivery, activity
tolerance, and tissue perfusion. These problems require nurses to recognize subtle
deterioration, interpret trends rather than isolated findings, communicate concerns
promptly, and evaluate the patient's response to care.
The following questions use clinical scenarios with four answer choices and one best
answer. Detailed rationales explain the clinical reasoning behind each answer and
why the alternatives are less appropriate. Use this resource alongside your course
materials, simulation objectives, institutional protocols, and instructor guidance. It is
an educational practice bank, not an official SimX answer key or a verified copy of
Indiana University East assessment materials.
Core domains tested
1.
ESRD pathophysiology: Reduced kidney function, uremia, and complications
of advanced kidney disease.
2.
3.
,2
Focused assessment: Respiratory, cardiovascular, neurological, fluid-status,
and access-site assessment.
4.
5.
Anemia in kidney disease: Reduced erythropoietin production, iron status,
fatigue, and impaired oxygen delivery.
6.
7.
Laboratory interpretation: Potassium, bicarbonate, hemoglobin, creatinine,
blood urea nitrogen, and fluid-balance trends.
8.
9.
Fluid and electrolyte management: Volume overload, hyperkalemia, and
related clinical deterioration.
10.
11.
Dialysis care: Hemodialysis considerations, vascular access protection, and
recognition of complications.
12.
13.
Medication safety: Renal dose considerations, nephrotoxic exposures, and
monitoring for adverse effects.
14.
15.
Clinical judgment: Recognizing cues, analyzing findings, prioritizing
hypotheses, and evaluating outcomes.
16.
17.
Patient safety and communication: Escalation of care, structured handoff, and
reassessment.
18.
19.
, 3
Patient education: Diet, fluid restrictions when prescribed, medication
adherence, and symptom reporting.
20.
QUESTIONS 1–100
Section 1: ESRD and Priority Assessment
Q1: A patient with ESRD reports worsening shortness of breath while lying flat. The
nurse notes bilateral crackles, elevated blood pressure, and increasing peripheral
edema. Which problem should the nurse prioritize?
A) Chronic fatigue related to anemia B) Pulmonary congestion associated with fluid
overload C) Impaired skin integrity related to edema D) Knowledge deficit regarding
renal dietary restrictions
Rationale: B is correct because orthopnea, crackles, hypertension, and edema suggest
fluid overload with possible pulmonary congestion, which can rapidly impair
oxygenation. A may be present but does not explain the acute respiratory findings. C
is a potential secondary concern. D does not address the immediate threat to breathing.
Q2: A patient with ESRD has a serum potassium of 6.7 mEq/L and reports
generalized weakness. The cardiac monitor shows new peaked T waves. What is the
nurse's priority action?
A) Encourage the patient to eat a potassium-containing snack B) Recheck the
potassium level at the next routine laboratory draw C) Initiate urgent escalation of
care and cardiac monitoring according to protocol D) Encourage ambulation to
improve circulation
Rationale: C is correct because severe hyperkalemia with ECG changes can cause
life-threatening dysrhythmias. Immediate escalation, continuous cardiac monitoring,
and prompt treatment are required. A could worsen hyperkalemia. B introduces a
dangerous delay. D does not address the electrolyte emergency.
Q3: A patient with ESRD becomes increasingly confused and has asterixis. The
patient also reports nausea and poor appetite. Which complication should the nurse
suspect?
A) Isolated iron-deficiency anemia B) Acute uncomplicated hypoglycemia without
supporting evidence C) Uremic encephalopathy D) Improved clearance of metabolic
waste
Rationale: C is correct because severe kidney dysfunction can allow uremic toxins to
accumulate, producing neurological and gastrointestinal manifestations. A can cause
fatigue and weakness but does not adequately explain asterixis and progressive
NURS-H 476 SIMX DEANNE ROSS –
CUMULATIVE COMPLEX PATIENT | ESRD,
ANEMIA & CLINICAL JUDGMENT
SIMULATION | PRACTICE QUESTIONS
1–100 AND ANSWERS | 2026/2027 |
INDIANA UNIVERSITY EAST
Introduction
NURS-H 476 SimX Deanne Ross – Cumulative Complex Patient is the focus of this
nursing simulation practice bank, centered on advanced clinical judgment for a
complex patient with end-stage renal disease (ESRD) and anemia. The material is
intended for nursing students preparing to apply pathophysiology, focused assessment,
laboratory interpretation, prioritization, and evidence-based interventions in simulated
clinical situations.
ESRD can affect fluid balance, electrolyte regulation, acid–base homeostasis, waste
elimination, cardiovascular function, and medication clearance. Anemia associated
with chronic kidney disease can further compromise oxygen delivery, activity
tolerance, and tissue perfusion. These problems require nurses to recognize subtle
deterioration, interpret trends rather than isolated findings, communicate concerns
promptly, and evaluate the patient's response to care.
The following questions use clinical scenarios with four answer choices and one best
answer. Detailed rationales explain the clinical reasoning behind each answer and
why the alternatives are less appropriate. Use this resource alongside your course
materials, simulation objectives, institutional protocols, and instructor guidance. It is
an educational practice bank, not an official SimX answer key or a verified copy of
Indiana University East assessment materials.
Core domains tested
1.
ESRD pathophysiology: Reduced kidney function, uremia, and complications
of advanced kidney disease.
2.
3.
,2
Focused assessment: Respiratory, cardiovascular, neurological, fluid-status,
and access-site assessment.
4.
5.
Anemia in kidney disease: Reduced erythropoietin production, iron status,
fatigue, and impaired oxygen delivery.
6.
7.
Laboratory interpretation: Potassium, bicarbonate, hemoglobin, creatinine,
blood urea nitrogen, and fluid-balance trends.
8.
9.
Fluid and electrolyte management: Volume overload, hyperkalemia, and
related clinical deterioration.
10.
11.
Dialysis care: Hemodialysis considerations, vascular access protection, and
recognition of complications.
12.
13.
Medication safety: Renal dose considerations, nephrotoxic exposures, and
monitoring for adverse effects.
14.
15.
Clinical judgment: Recognizing cues, analyzing findings, prioritizing
hypotheses, and evaluating outcomes.
16.
17.
Patient safety and communication: Escalation of care, structured handoff, and
reassessment.
18.
19.
, 3
Patient education: Diet, fluid restrictions when prescribed, medication
adherence, and symptom reporting.
20.
QUESTIONS 1–100
Section 1: ESRD and Priority Assessment
Q1: A patient with ESRD reports worsening shortness of breath while lying flat. The
nurse notes bilateral crackles, elevated blood pressure, and increasing peripheral
edema. Which problem should the nurse prioritize?
A) Chronic fatigue related to anemia B) Pulmonary congestion associated with fluid
overload C) Impaired skin integrity related to edema D) Knowledge deficit regarding
renal dietary restrictions
Rationale: B is correct because orthopnea, crackles, hypertension, and edema suggest
fluid overload with possible pulmonary congestion, which can rapidly impair
oxygenation. A may be present but does not explain the acute respiratory findings. C
is a potential secondary concern. D does not address the immediate threat to breathing.
Q2: A patient with ESRD has a serum potassium of 6.7 mEq/L and reports
generalized weakness. The cardiac monitor shows new peaked T waves. What is the
nurse's priority action?
A) Encourage the patient to eat a potassium-containing snack B) Recheck the
potassium level at the next routine laboratory draw C) Initiate urgent escalation of
care and cardiac monitoring according to protocol D) Encourage ambulation to
improve circulation
Rationale: C is correct because severe hyperkalemia with ECG changes can cause
life-threatening dysrhythmias. Immediate escalation, continuous cardiac monitoring,
and prompt treatment are required. A could worsen hyperkalemia. B introduces a
dangerous delay. D does not address the electrolyte emergency.
Q3: A patient with ESRD becomes increasingly confused and has asterixis. The
patient also reports nausea and poor appetite. Which complication should the nurse
suspect?
A) Isolated iron-deficiency anemia B) Acute uncomplicated hypoglycemia without
supporting evidence C) Uremic encephalopathy D) Improved clearance of metabolic
waste
Rationale: C is correct because severe kidney dysfunction can allow uremic toxins to
accumulate, producing neurological and gastrointestinal manifestations. A can cause
fatigue and weakness but does not adequately explain asterixis and progressive
