NURS 5432 TEST 1 2026/2027 | Questions with Complete
Solutions | UTA | Pass Guaranteed - A+ Graded
SECTION 1: Foundational Concepts (Q1-Q15)
Q1: A 58-year-old male patient with a history of hypertension presents to the clinic for a
routine follow-up. The nurse practitioner is reviewing the patient's understanding of his
condition. Which statement by the patient BEST demonstrates an understanding of the
pathophysiology of primary hypertension?
A. "My blood pressure is high because my blood vessels are too relaxed and wide."
[CORRECT]
B. "My kidneys are producing too much urine, which raises my blood pressure."
C. "My heart is pumping less blood, so my body compensates by raising the pressure."
D. "My blood pressure is high only because I eat too much salt."
Correct Answer: A
Rationale: Primary (essential) hypertension involves increased peripheral vascular
resistance due to structural and functional changes in arterioles, including increased
vascular tone and reduced lumen diameter—not vasodilation. Option A correctly
identifies increased vascular resistance as the core mechanism. Option B confuses
hypertension with diuresis; Option C incorrectly describes decreased cardiac output;
,Option D oversimplifies etiology by attributing hypertension solely to dietary sodium
without acknowledging the multifactorial nature of primary hypertension.
Q2: During a health history interview, a patient reports taking warfarin for atrial
fibrillation. The nurse practitioner asks about dietary habits. Which food item should the
patient be MOST cautioned about consuming in variable amounts?
A. Leafy green vegetables [CORRECT]
B. Citrus fruits
C. Dairy products
D. Whole grain bread
Correct Answer: A
Rationale: Warfarin acts as a vitamin K antagonist, and leafy green vegetables are rich in
vitamin K, which can antagonize warfarin's anticoagulant effect and lead to therapeutic
instability. Option B (citrus) may interact with some medications via CYP3A4 but not
warfarin specifically; Option C (dairy) affects absorption of tetracyclines and
fluoroquinolones; Option D (whole grains) has minimal warfarin interaction. Patients on
warfarin require consistent vitamin K intake, not avoidance, to maintain stable INR.
Q3: A nurse practitioner is explaining the concept of pharmacokinetics to a group of
nursing students. Which statement accurately describes the process of "distribution"?
,A. The movement of a drug from the bloodstream into tissues and body fluids
[CORRECT]
B. The chemical alteration of a drug by liver enzymes
C. The process of drug absorption from the gastrointestinal tract
D. The elimination of a drug and its metabolites from the body
Correct Answer: A
Rationale: Distribution is defined as the reversible transfer of a drug from the systemic
circulation to tissues and body fluids, influenced by blood flow, protein binding, and lipid
solubility. Option B describes metabolism; Option C describes absorption; Option D
describes elimination. Understanding distribution is critical for predicting drug onset,
duration, and potential tissue accumulation (e.g., digoxin in cardiac tissue, tetracyclines
in bone).
Q4: A 45-year-old female patient is newly diagnosed with type 2 diabetes mellitus. The
nurse practitioner is teaching about the role of insulin in glucose metabolism. Which
physiological action of insulin is MOST fundamental to its glucose-lowering effect?
A. Facilitating glucose transport into cells via GLUT4 translocation [CORRECT]
B. Stimulating glycogenolysis in the liver
C. Promoting gluconeogenesis in the kidneys
D. Inhibiting pancreatic alpha-cell secretion of glucagon
Correct Answer: A
, Rationale: Insulin's primary glucose-lowering mechanism is binding to insulin receptors,
triggering GLUT4 transporter translocation to the cell membrane, enabling facilitated
diffusion of glucose into insulin-dependent tissues (skeletal muscle, adipose). Option B
(glycogenolysis) raises blood glucose; Option C (gluconeogenesis) also raises glucose;
Option D, while insulin does suppress glucagon, is secondary to the direct cellular
glucose uptake mechanism. Without GLUT4 translocation, glucose remains extracellular
despite adequate insulin levels.
Q5: A nurse practitioner is assessing a patient with chronic kidney disease (CKD) Stage
3. Which laboratory finding is MOST consistent with the pathophysiology of declining
glomerular filtration rate (GFR)?
A. Elevated serum creatinine and decreased estimated GFR [CORRECT]
B. Decreased serum creatinine and increased estimated GFR
C. Normal serum creatinine with elevated blood urea nitrogen (BUN)
D. Decreased BUN with elevated serum albumin
Correct Answer: A
Rationale: As GFR declines in CKD, creatinine (a byproduct of muscle metabolism
filtered by glomeruli) accumulates in serum, causing elevated serum creatinine and
reduced eGFR. Option B reverses the expected pattern; Option C describes a prerenal
state (BUN rises faster than creatinine due to reabsorption); Option D is inconsistent
with CKD, where albumin typically decreases due to urinary losses and malnutrition.
Monitoring creatinine and eGFR is essential for CKD staging and medication dosing.
Solutions | UTA | Pass Guaranteed - A+ Graded
SECTION 1: Foundational Concepts (Q1-Q15)
Q1: A 58-year-old male patient with a history of hypertension presents to the clinic for a
routine follow-up. The nurse practitioner is reviewing the patient's understanding of his
condition. Which statement by the patient BEST demonstrates an understanding of the
pathophysiology of primary hypertension?
A. "My blood pressure is high because my blood vessels are too relaxed and wide."
[CORRECT]
B. "My kidneys are producing too much urine, which raises my blood pressure."
C. "My heart is pumping less blood, so my body compensates by raising the pressure."
D. "My blood pressure is high only because I eat too much salt."
Correct Answer: A
Rationale: Primary (essential) hypertension involves increased peripheral vascular
resistance due to structural and functional changes in arterioles, including increased
vascular tone and reduced lumen diameter—not vasodilation. Option A correctly
identifies increased vascular resistance as the core mechanism. Option B confuses
hypertension with diuresis; Option C incorrectly describes decreased cardiac output;
,Option D oversimplifies etiology by attributing hypertension solely to dietary sodium
without acknowledging the multifactorial nature of primary hypertension.
Q2: During a health history interview, a patient reports taking warfarin for atrial
fibrillation. The nurse practitioner asks about dietary habits. Which food item should the
patient be MOST cautioned about consuming in variable amounts?
A. Leafy green vegetables [CORRECT]
B. Citrus fruits
C. Dairy products
D. Whole grain bread
Correct Answer: A
Rationale: Warfarin acts as a vitamin K antagonist, and leafy green vegetables are rich in
vitamin K, which can antagonize warfarin's anticoagulant effect and lead to therapeutic
instability. Option B (citrus) may interact with some medications via CYP3A4 but not
warfarin specifically; Option C (dairy) affects absorption of tetracyclines and
fluoroquinolones; Option D (whole grains) has minimal warfarin interaction. Patients on
warfarin require consistent vitamin K intake, not avoidance, to maintain stable INR.
Q3: A nurse practitioner is explaining the concept of pharmacokinetics to a group of
nursing students. Which statement accurately describes the process of "distribution"?
,A. The movement of a drug from the bloodstream into tissues and body fluids
[CORRECT]
B. The chemical alteration of a drug by liver enzymes
C. The process of drug absorption from the gastrointestinal tract
D. The elimination of a drug and its metabolites from the body
Correct Answer: A
Rationale: Distribution is defined as the reversible transfer of a drug from the systemic
circulation to tissues and body fluids, influenced by blood flow, protein binding, and lipid
solubility. Option B describes metabolism; Option C describes absorption; Option D
describes elimination. Understanding distribution is critical for predicting drug onset,
duration, and potential tissue accumulation (e.g., digoxin in cardiac tissue, tetracyclines
in bone).
Q4: A 45-year-old female patient is newly diagnosed with type 2 diabetes mellitus. The
nurse practitioner is teaching about the role of insulin in glucose metabolism. Which
physiological action of insulin is MOST fundamental to its glucose-lowering effect?
A. Facilitating glucose transport into cells via GLUT4 translocation [CORRECT]
B. Stimulating glycogenolysis in the liver
C. Promoting gluconeogenesis in the kidneys
D. Inhibiting pancreatic alpha-cell secretion of glucagon
Correct Answer: A
, Rationale: Insulin's primary glucose-lowering mechanism is binding to insulin receptors,
triggering GLUT4 transporter translocation to the cell membrane, enabling facilitated
diffusion of glucose into insulin-dependent tissues (skeletal muscle, adipose). Option B
(glycogenolysis) raises blood glucose; Option C (gluconeogenesis) also raises glucose;
Option D, while insulin does suppress glucagon, is secondary to the direct cellular
glucose uptake mechanism. Without GLUT4 translocation, glucose remains extracellular
despite adequate insulin levels.
Q5: A nurse practitioner is assessing a patient with chronic kidney disease (CKD) Stage
3. Which laboratory finding is MOST consistent with the pathophysiology of declining
glomerular filtration rate (GFR)?
A. Elevated serum creatinine and decreased estimated GFR [CORRECT]
B. Decreased serum creatinine and increased estimated GFR
C. Normal serum creatinine with elevated blood urea nitrogen (BUN)
D. Decreased BUN with elevated serum albumin
Correct Answer: A
Rationale: As GFR declines in CKD, creatinine (a byproduct of muscle metabolism
filtered by glomeruli) accumulates in serum, causing elevated serum creatinine and
reduced eGFR. Option B reverses the expected pattern; Option C describes a prerenal
state (BUN rises faster than creatinine due to reabsorption); Option D is inconsistent
with CKD, where albumin typically decreases due to urinary losses and malnutrition.
Monitoring creatinine and eGFR is essential for CKD staging and medication dosing.
