1
NSG 5544 EXAM 2 (SOUTH COLLEGE) NEWEST 2026 EXAM
FULL PACKAGE QUESTIONS ANSWERS AND RATIONALES
2026-27 LATEST UPDATED VERSION
INSTANT DOWNLOAD PDF..!!
INTRODUCTION
This comprehensive practice question bank is specifically engineered for South College
students preparing for the NSG 5544 (Primary Care for Adults/Older Adults in Families I)
Exam 2. As an essential milestone in the Advanced Practice Registered Nursing (APRN)
curriculum, this high-stakes examination evaluates advanced clinical reasoning, differential
diagnosis, and evidence-based management strategies across complex adult populations.
This package bridges didactic knowledge and clinical application, preparing students to
confidently manage acute and chronic conditions. Featuring rigorous, board-style, scenario-
based multiple-choice questions, this resource mirrors the blueprint and depth of the official
South College evaluation. Each question demands the synthesis of physical assessment
findings, diagnostic data, guidelines, and pharmacotherapeutics. Detailed rationales
accompany every item to solidify your understanding of pathophysiology and care
standards, ensuring you master the nuances required to pass on your first attempt.
CORE DOMAINS TESTED
1. Cardiovascular & Hematologic Systems: Advanced assessment, diagnostic
interpretation (ECG criteria, iron panels), and evidence-based management of
hypertension, coronary disease, and anemias.
2. Endocrine & Metabolic Disorders: Clinical strategies for diabetes mellitus, metabolic
syndrome, thyroid dysfunction, and complex laboratory evaluations.
3. Gastrointestinal & Abdominal Assessments: Evaluation of acute abdominal
pathologies (appendicitis, cholecystitis, diverticulitis) using specialized physical
examination maneuvers and targeted diagnostic workflows.
4. Gynecology & Reproductive Health: Primary care workups for amenorrhea,
abnormal uterine bleeding, and screening across the adult lifespan.
5. Preventive Health, Ophthalmology, & Infectious Diseases: Preventive health
screenings (USPSTF breast cancer guidelines), ophthalmic pathology (cataracts,
glaucoma), and pharmacotherapeutic strategies for infectious diseases (antimicrobial
selection and drug interactions).
,2
Q1: A 52-year-old male with chronic hypertension presents to the
primary care clinic for a routine follow-up. His home blood pressure
logs average 148/92 mmHg despite adherence to amlodipine 10 mg
daily. A 12-lead electrocardiogram (ECG) is performed and
demonstrates an R-wave amplitude in lead aVL of 14 mm and an S-
wave depth in lead V3 of 16 mm. Which of the following statements
represents the most accurate clinical interpretation of these ECG
findings according to the Cornell voltage criteria?
A) The patient demonstrates normal ECG voltage, ruling out left
ventricular structural changes.
B) The patient meets the Cornell voltage criteria for left ventricular
hypertrophy, indicating a total sum greater than 28 mm.
C) The patient meets the Sokolow-Lyon criteria for left ventricular
hypertrophy, but not the Cornell criteria.
D) The patient exhibits findings consistent with an acute posterior
myocardial infarction.
Rationale: The Cornell voltage criteria for left ventricular hypertrophy
(LVH) in male patients is defined as the sum of the R-wave amplitude
in lead aVL and the S-wave depth in lead V3 being greater than 28
mm (for female patients, the threshold is greater than 20 mm). In this
scenario, the sum is 14 mm + 16 mm = 30 mm, which exceeds the 28
mm threshold, establishing a diagnosis of LVH. Option A is incorrect
because the voltage is abnormally high and indicative of structural
remodeling. Option C is incorrect because the Sokolow-Lyon criteria
relies on the S wave in V1 plus the R wave in V5 or V6 exceeding 35
mm, which is not evaluated here. Option D is incorrect as these
specific voltage measurements in these leads are indicative of
ventricular hypertrophy, not acute ischemic changes or tissue
necrosis.
,3
Q2: A 24-year-old female presents to the clinic complaining of
multiple, agonizingly painful lesions in her perineal region that
appeared 48 hours ago. She reports a prodrome of low-grade fever,
generalized malaise, and severe burning prior to the lesion breakout.
Physical examination reveals clusters of exquisite, fluid-filled,
grouped vesicles on an erythematous base across the labia minora,
alongside tender, bilateral inguinal lymphadenopathy. Which of the
following pathophysiological descriptions best aligns with the
suspected primary diagnosis?
A) Initial mucocutaneous infection by Herpes Simplex Virus-2 (HSV-
2) characterized by retrograde transport to the sacral ganglia.
B) Localized inoculation of Treponema pallidum leading to an
indurated, painless ulceration with clean borders.
C) Granulomatous infection by Chlamydia trachomatis serovars L1-L3
presenting with transient papules and subsequent painful buboes.
D) Hemophilus ducreyi infection causing painful, ragged-edged
necrotizing ulcers with a purulent base.
Rationale: The clinical presentation of painful grouped vesicles on an
erythematous base accompanied by systemic constitutional
symptoms (fever, malaise) and tender regional adenopathy is classic
for a primary Herpes Simplex Virus (HSV) infection, typically HSV-2 for
genital manifestations. Following primary replication in the dermis
and epidermis, the virus travels via retrograde axoplasmic flow to the
sacral nerve roots where it establishes life-long latency. Option B
describes primary syphilis (chancre), which is characteristically a
solitary, painless, indurated ulcer. Option C describes
lymphogranuloma venereum (LGV), which presents with non-
vesicular, often unnoticed primary erosions followed by severe,
matted lymph node complexes. Option D describes chancroid, which
, 4
causes painful, purulent, ragged ulcers without a vesicular precursor
phase.
Q3: A 68-year-old female patient presents with progressive, bilateral
visual blurring over the past two years. She describes increased
difficulty driving at night due to significant glare from oncoming
headlights and describes colors as appearing increasingly faded or
yellowed. Ophthalmoscopic evaluation reveals asymmetric nuclear
sclerosis and opacification of both natural crystalline lenses. Which of
the following biochemical mechanisms constitutes the primary driver
of this age-related pathology?
A) Accelerated vitreous syneresis and mechanical traction leading to
localized micro-tears in the peripheral sensory retina.
B) Impediment of aqueous humor outflow through the trabecular
meshwork resulting in progressive optic neuropathy.
C) Progressive oxidative damage, denaturation, and high-molecular-
weight aggregation of lens crystallin proteins.
D) Neovascularization originating from the choriocapillaris breaching
Bruch's membrane into the subretinal space.
Rationale: Age-related cataracts are primarily driven by oxidative
stress, ultraviolet radiation exposure, and metabolic alterations that
lead to the progressive denaturation, cross-linking, and high-
molecular-weight aggregation of lens crystallin proteins. This loss of
solubility disrupts the precise spatial organization of these proteins,
causing light scattering and subsequent optical opacification. Option
A describes the mechanism underlying retinal tears or detachments,
which present with sudden flashes and floaters, not gradual glare.
Option B describes the pathophysiology of open-angle glaucoma.
Option D describes the mechanism behind exudative or 'wet' age-
related macular degeneration, which causes rapid central vision
distortion.
NSG 5544 EXAM 2 (SOUTH COLLEGE) NEWEST 2026 EXAM
FULL PACKAGE QUESTIONS ANSWERS AND RATIONALES
2026-27 LATEST UPDATED VERSION
INSTANT DOWNLOAD PDF..!!
INTRODUCTION
This comprehensive practice question bank is specifically engineered for South College
students preparing for the NSG 5544 (Primary Care for Adults/Older Adults in Families I)
Exam 2. As an essential milestone in the Advanced Practice Registered Nursing (APRN)
curriculum, this high-stakes examination evaluates advanced clinical reasoning, differential
diagnosis, and evidence-based management strategies across complex adult populations.
This package bridges didactic knowledge and clinical application, preparing students to
confidently manage acute and chronic conditions. Featuring rigorous, board-style, scenario-
based multiple-choice questions, this resource mirrors the blueprint and depth of the official
South College evaluation. Each question demands the synthesis of physical assessment
findings, diagnostic data, guidelines, and pharmacotherapeutics. Detailed rationales
accompany every item to solidify your understanding of pathophysiology and care
standards, ensuring you master the nuances required to pass on your first attempt.
CORE DOMAINS TESTED
1. Cardiovascular & Hematologic Systems: Advanced assessment, diagnostic
interpretation (ECG criteria, iron panels), and evidence-based management of
hypertension, coronary disease, and anemias.
2. Endocrine & Metabolic Disorders: Clinical strategies for diabetes mellitus, metabolic
syndrome, thyroid dysfunction, and complex laboratory evaluations.
3. Gastrointestinal & Abdominal Assessments: Evaluation of acute abdominal
pathologies (appendicitis, cholecystitis, diverticulitis) using specialized physical
examination maneuvers and targeted diagnostic workflows.
4. Gynecology & Reproductive Health: Primary care workups for amenorrhea,
abnormal uterine bleeding, and screening across the adult lifespan.
5. Preventive Health, Ophthalmology, & Infectious Diseases: Preventive health
screenings (USPSTF breast cancer guidelines), ophthalmic pathology (cataracts,
glaucoma), and pharmacotherapeutic strategies for infectious diseases (antimicrobial
selection and drug interactions).
,2
Q1: A 52-year-old male with chronic hypertension presents to the
primary care clinic for a routine follow-up. His home blood pressure
logs average 148/92 mmHg despite adherence to amlodipine 10 mg
daily. A 12-lead electrocardiogram (ECG) is performed and
demonstrates an R-wave amplitude in lead aVL of 14 mm and an S-
wave depth in lead V3 of 16 mm. Which of the following statements
represents the most accurate clinical interpretation of these ECG
findings according to the Cornell voltage criteria?
A) The patient demonstrates normal ECG voltage, ruling out left
ventricular structural changes.
B) The patient meets the Cornell voltage criteria for left ventricular
hypertrophy, indicating a total sum greater than 28 mm.
C) The patient meets the Sokolow-Lyon criteria for left ventricular
hypertrophy, but not the Cornell criteria.
D) The patient exhibits findings consistent with an acute posterior
myocardial infarction.
Rationale: The Cornell voltage criteria for left ventricular hypertrophy
(LVH) in male patients is defined as the sum of the R-wave amplitude
in lead aVL and the S-wave depth in lead V3 being greater than 28
mm (for female patients, the threshold is greater than 20 mm). In this
scenario, the sum is 14 mm + 16 mm = 30 mm, which exceeds the 28
mm threshold, establishing a diagnosis of LVH. Option A is incorrect
because the voltage is abnormally high and indicative of structural
remodeling. Option C is incorrect because the Sokolow-Lyon criteria
relies on the S wave in V1 plus the R wave in V5 or V6 exceeding 35
mm, which is not evaluated here. Option D is incorrect as these
specific voltage measurements in these leads are indicative of
ventricular hypertrophy, not acute ischemic changes or tissue
necrosis.
,3
Q2: A 24-year-old female presents to the clinic complaining of
multiple, agonizingly painful lesions in her perineal region that
appeared 48 hours ago. She reports a prodrome of low-grade fever,
generalized malaise, and severe burning prior to the lesion breakout.
Physical examination reveals clusters of exquisite, fluid-filled,
grouped vesicles on an erythematous base across the labia minora,
alongside tender, bilateral inguinal lymphadenopathy. Which of the
following pathophysiological descriptions best aligns with the
suspected primary diagnosis?
A) Initial mucocutaneous infection by Herpes Simplex Virus-2 (HSV-
2) characterized by retrograde transport to the sacral ganglia.
B) Localized inoculation of Treponema pallidum leading to an
indurated, painless ulceration with clean borders.
C) Granulomatous infection by Chlamydia trachomatis serovars L1-L3
presenting with transient papules and subsequent painful buboes.
D) Hemophilus ducreyi infection causing painful, ragged-edged
necrotizing ulcers with a purulent base.
Rationale: The clinical presentation of painful grouped vesicles on an
erythematous base accompanied by systemic constitutional
symptoms (fever, malaise) and tender regional adenopathy is classic
for a primary Herpes Simplex Virus (HSV) infection, typically HSV-2 for
genital manifestations. Following primary replication in the dermis
and epidermis, the virus travels via retrograde axoplasmic flow to the
sacral nerve roots where it establishes life-long latency. Option B
describes primary syphilis (chancre), which is characteristically a
solitary, painless, indurated ulcer. Option C describes
lymphogranuloma venereum (LGV), which presents with non-
vesicular, often unnoticed primary erosions followed by severe,
matted lymph node complexes. Option D describes chancroid, which
, 4
causes painful, purulent, ragged ulcers without a vesicular precursor
phase.
Q3: A 68-year-old female patient presents with progressive, bilateral
visual blurring over the past two years. She describes increased
difficulty driving at night due to significant glare from oncoming
headlights and describes colors as appearing increasingly faded or
yellowed. Ophthalmoscopic evaluation reveals asymmetric nuclear
sclerosis and opacification of both natural crystalline lenses. Which of
the following biochemical mechanisms constitutes the primary driver
of this age-related pathology?
A) Accelerated vitreous syneresis and mechanical traction leading to
localized micro-tears in the peripheral sensory retina.
B) Impediment of aqueous humor outflow through the trabecular
meshwork resulting in progressive optic neuropathy.
C) Progressive oxidative damage, denaturation, and high-molecular-
weight aggregation of lens crystallin proteins.
D) Neovascularization originating from the choriocapillaris breaching
Bruch's membrane into the subretinal space.
Rationale: Age-related cataracts are primarily driven by oxidative
stress, ultraviolet radiation exposure, and metabolic alterations that
lead to the progressive denaturation, cross-linking, and high-
molecular-weight aggregation of lens crystallin proteins. This loss of
solubility disrupts the precise spatial organization of these proteins,
causing light scattering and subsequent optical opacification. Option
A describes the mechanism underlying retinal tears or detachments,
which present with sudden flashes and floaters, not gradual glare.
Option B describes the pathophysiology of open-angle glaucoma.
Option D describes the mechanism behind exudative or 'wet' age-
related macular degeneration, which causes rapid central vision
distortion.
