NSG 6430 WOMEN'S HEALTH FINAL EXAM
(Revised and Graded A)
South University | 2026/2027 Academic Year
Total Questions 150
Time Allowed 180 minutes
Format Multiple Choice (A-D)
Cognitive Mix 20% Recall / 50% Application / 30% Analysis
Passing Score 75% (112/150)
Aligned With NCC WHNP Blueprint, ACOG, ASCCP, USPSTF, CDC
Instructions to the Candidate: Read each question carefully and select the ONE best answer. Mark your selection by
identifying the corresponding letter (A, B, C, or D). Each question includes a rationale explaining the correct answer
and the clinical reasoning behind the incorrect options. This rationale is provided for study and review purposes and
references the South University NSG 6430 curriculum, National Certification Corporation (NCC) Women's Health
Nurse Practitioner (WHNP) Examination Content Outline, and current ACOG, ASCCP, USPSTF, and CDC clinical
guidelines. The examination assesses competencies across the reproductive lifespan, from adolescence through
geriatric gynecology, with emphasis on evidence-based clinical decision-making, diagnostic reasoning, and
patient-centered management.
Section 1: Reproductive Anatomy, Physiology, & Hormonal Regulation
Questions 1 through 15 | 15 questions
Q1: A 24-year-old G1P0 presents for her first prenatal visit at 8 weeks gestation. During the pelvic
examination, the WHNP palpates the cervix and notes its anatomical position. Which statement best
describes the anatomical relationship of the cervix to the uterus and vagina?
A. The cervix is the upper third of the uterus that communicates with the uterine cavity via the internal os
B. The cervix is the lower, narrow portion of the uterus that projects into the vagina, divided into
supravaginal and vaginal portions *[CORRECT]*
C. The cervix is a separate organ located anterior to the uterus and connected by the broad ligament
D. The cervix is the funnel-shaped terminal portion of the vagina that surrounds the uterine body
Correct Answer: B
Rationale: The cervix is the lower, narrow cylindrical portion of the uterus measuring approximately 2-4 cm, projecting
into the vaginal vault and divided into supravaginal and vaginal (portio vaginalis) portions. The internal os marks the
junction with the uterine cavity and the external os opens into the vagina. Option A incorrectly places it as the upper
third; option C mischaracterizes it as a separate organ; option D conflates it with vaginal anatomy. This distinction is
foundational in NSG 6430 and aligns with the NCC WHNP Examination Content Outline on reproductive anatomy.
NSG 6430 Women's Health Final Exam — South University 2026/2027 Page 1
, Q2: A WHNP is teaching a group of nursing students about the arterial blood supply to the uterus. Which
vessel provides the PRIMARY blood supply to the uterus and must be ligated during a hysterectomy to
control hemorrhage?
A. Ovarian artery arising directly from the abdominal aorta
B. Uterine artery, a branch of the internal iliac (hypogastric) artery *[CORRECT]*
C. Vaginal artery arising from the external iliac artery
D. Round ligament artery branching from the inferior epigastric artery
Correct Answer: B
Rationale: The uterine artery, a branch of the internal iliac (hypogastric) artery, is the principal blood supply to the
uterus. It anastomoses with the ovarian and vaginal arteries to form an extensive collateral network. During
hysterectomy, ligation of the uterine arteries is essential for hemostasis. The ovarian artery arises directly from the
aorta (option A), the vaginal artery typically arises from the internal iliac (option C), and the round ligament is
supported by vessels from the inferior epigastric but is not the primary supply (option D). Reference: ACOG Committee
Opinion on pelvic anatomy and NSG 6430 Module 1.
Q3: A 32-year-old woman is undergoing evaluation for pelvic organ prolapse. The WHNP reviews the
pelvic floor support structures. Which structure provides the PRIMARY support to the uterus, cervix, and
upper vagina, and is most commonly associated with uterine prolapse when damaged?
A. Levator ani muscle complex
B. Cardinal (Mackenrodt) ligaments *[CORRECT]*
C. Round ligaments of the uterus
D. Broad ligament
Correct Answer: B
Rationale: The cardinal (Mackenrodt) ligaments, also called transverse cervical ligaments, provide the primary
connective tissue support to the uterus, cervix, and upper vagina. Damage or attenuation of these ligaments (often from
childbirth trauma) is the principal cause of uterine prolapse. The levator ani (option A) provides muscular floor support
but is secondary for the uterus specifically. The round ligaments (option C) support the uterus anterolaterally but are
not load-bearing for prolapse prevention. The broad ligament (option D) is a peritoneal fold, not a true supportive
ligament. This is a high-yield anatomy concept in NSG 6430.
NSG 6430 Women's Health Final Exam — South University 2026/2027 Page 2
, Q4: A laboratory report for a 28-year-old woman with regular 28-day menstrual cycles shows the
following day-3 hormone levels: FSH 6 mIU/mL, LH 5 mIU/mL, estradiol 45 pg/mL, progesterone 0.4
ng/mL. Which interpretation is most accurate regarding her hypothalamic-pituitary-ovarian (HPO) axis
function?
A. These values indicate premature ovarian insufficiency due to elevated FSH
B. These values are consistent with normal early follicular-phase physiology *[CORRECT]*
C. These values suggest polycystic ovary syndrome due to an elevated LH:FSH ratio
D. These values indicate hyperprolactinemia-induced ovulatory dysfunction
Correct Answer: B
Rationale: Day-3 (early follicular phase) hormone values in a normally cycling woman are expected to show
low-to-normal FSH (typically <10 mIU/mL), LH slightly lower than or equal to FSH, estradiol <50-80 pg/mL, and
progesterone <1.5 ng/mL (reflecting absence of luteal activity). These values are entirely normal. Premature ovarian
insufficiency would show FSH >25 mIU/mL (option A). PCOS typically shows LH:FSH ratio >2:1 (option C).
Hyperprolactinemia is not diagnosable without a prolactin level (option D). Day-3 hormone testing is the cornerstone of
ovarian reserve evaluation per NSG 6430 Module 3.
Q5: A 19-year-old college student presents with primary amenorrhea. On examination, she has normal
breast development (Tanner 5) but absent uterus on bimanual examination. Karyotype is 46,XY. Serum
testosterone is in the male range. Which diagnosis best explains these findings?
A. Turner syndrome (45,XO)
B. Mayer-Rokitansky-Küster-Hauser (MRKH) syndrome
C. Complete androgen insensitivity syndrome (CAIS) *[CORRECT]*
D. Kallmann syndrome
Correct Answer: C
Rationale: Complete androgen insensitivity syndrome (CAIS) presents with a 46,XY karyotype, normal or elevated
testosterone levels in the male range, absent uterus due to Müllerian inhibiting factor secretion by functional testes, and
normal breast development from peripheral aromatization of testosterone to estrogen. Turner syndrome (option A)
shows 45,XO with streak ovaries and short stature. MRKH (option B) shows 46,XX with normal ovaries and absent
Müllerian structures. Kallmann syndrome (option D) presents with hypogonadotropic hypogonadism and anosmia.
CAIS is a critical differential for primary amenorrhea in NSG 6430.
Q6: A WHNP is reviewing the histology of the endometrium with a student. Which layer of the
endometrium is shed during menstruation, and which layer regenerates the endometrium after menses?
A. Basalis layer is shed; spongiosa layer regenerates
B. Functionalis layer (compacta + spongiosa) is shed; basalis layer regenerates *[CORRECT]*
C. Stratum corneum is shed; stratum basale regenerates
D. Compacta layer is shed; spongiosa layer regenerates
Correct Answer: B
Rationale: The endometrium has two layers: the functionalis (composed of compacta and spongiosa) which undergoes
cyclic changes and is shed during menstruation, and the basalis which persists and serves as the regenerative layer. The
basalis contains the basal ends of the uterine glands and is supported by straight (basal) arteries that are not sensitive
to hormonal fluctuations. Options A and D misattribute shedding/regeneration; option C describes epidermis, not
endometrium. This histologic distinction is fundamental to understanding menstrual physiology in NSG 6430.
NSG 6430 Women's Health Final Exam — South University 2026/2027 Page 3
, Q7: During the menstrual cycle, the LH surge triggers ovulation approximately how many hours after its
onset, and what is the predominant cell type in the corpus luteum that secretes progesterone?
A. 12-18 hours; granulosa lutein cells
B. 24-36 hours; theca lutein cells
C. 24-36 hours; granulosa lutein cells *[CORRECT]*
D. 72-96 hours; granulosa lutein cells
Correct Answer: C
Rationale: The mid-cycle LH surge triggers ovulation approximately 24-36 hours after its onset. After ovulation, the
follicle transforms into the corpus luteum, where granulosa lutein cells (the dominant cell type) secrete progesterone,
and theca lutein cells secrete androgens that are aromatized to estrogen. The LH-to-ovulation interval of 12-18 hours
(option A) is too short; theca lutein cells (option B) are a minority population; 72-96 hours (option D) is too long. This
timing underlies fertility awareness and ovulation induction protocols in NSG 6430.
Q8: A 26-year-old woman presents with galactorrhea and irregular menses. Serum prolactin is 95 ng/mL
(normal <25). TSH is 4.8 mIU/L (normal 0.4-4.0). Which mechanism best explains the relationship between
her hypothyroidism and hyperprolactinemia?
A. Hypothyroidism directly destroys lactotroph cells, causing prolactin release
B. Elevated TRH from the hypothalamus stimulates prolactin secretion from lactotrophs *[CORRECT]*
C. Hypothyroidism increases dopamine tone, which paradoxically raises prolactin
D. Low T4 directly stimulates the posterior pituitary to release prolactin
Correct Answer: B
Rationale: In primary hypothyroidism, low circulating T4 reduces negative feedback on the hypothalamus, increasing
TRH secretion. TRH acts as a prolactin-releasing factor, stimulating lactotrophs in the anterior pituitary. This is why
primary hypothyroidism is a leading secondary cause of hyperprolactinemia. Dopamine normally inhibits prolactin (so
option C is wrong); TRH is the common mediator. Treating the hypothyroidism with levothyroxine typically resolves the
hyperprolactinemia. This endocrine feedback loop is a high-yield concept in NSG 6430.
Q9: A WHNP is preparing to perform a pelvic examination. Which sequence correctly identifies the
external female genital structures from anterior to posterior in the vestibule?
A. Clitoris → urethral opening → vaginal opening → anus *[CORRECT]*
B. Urethral opening → clitoris → vaginal opening → anus
C. Clitoris → vaginal opening → urethral opening → anus
D. Vaginal opening → clitoris → urethral opening → anus
Correct Answer: A
Rationale: The correct anterior-to-posterior sequence of the vestibular structures is: clitoris (most anterior) → urethral
opening → vaginal opening → anus (most posterior, though technically not in the vestibule). The clitoris is the anterior
homolog of the penis, followed by the urethral meatus, then the vaginal introitus. The perineal body and anus are
posterior to the vestibule. This anatomical sequence is foundational in NSG 6430 Module 1 and assessed via the NCC
WHNP blueprint on reproductive anatomy.
NSG 6430 Women's Health Final Exam — South University 2026/2027 Page 4
(Revised and Graded A)
South University | 2026/2027 Academic Year
Total Questions 150
Time Allowed 180 minutes
Format Multiple Choice (A-D)
Cognitive Mix 20% Recall / 50% Application / 30% Analysis
Passing Score 75% (112/150)
Aligned With NCC WHNP Blueprint, ACOG, ASCCP, USPSTF, CDC
Instructions to the Candidate: Read each question carefully and select the ONE best answer. Mark your selection by
identifying the corresponding letter (A, B, C, or D). Each question includes a rationale explaining the correct answer
and the clinical reasoning behind the incorrect options. This rationale is provided for study and review purposes and
references the South University NSG 6430 curriculum, National Certification Corporation (NCC) Women's Health
Nurse Practitioner (WHNP) Examination Content Outline, and current ACOG, ASCCP, USPSTF, and CDC clinical
guidelines. The examination assesses competencies across the reproductive lifespan, from adolescence through
geriatric gynecology, with emphasis on evidence-based clinical decision-making, diagnostic reasoning, and
patient-centered management.
Section 1: Reproductive Anatomy, Physiology, & Hormonal Regulation
Questions 1 through 15 | 15 questions
Q1: A 24-year-old G1P0 presents for her first prenatal visit at 8 weeks gestation. During the pelvic
examination, the WHNP palpates the cervix and notes its anatomical position. Which statement best
describes the anatomical relationship of the cervix to the uterus and vagina?
A. The cervix is the upper third of the uterus that communicates with the uterine cavity via the internal os
B. The cervix is the lower, narrow portion of the uterus that projects into the vagina, divided into
supravaginal and vaginal portions *[CORRECT]*
C. The cervix is a separate organ located anterior to the uterus and connected by the broad ligament
D. The cervix is the funnel-shaped terminal portion of the vagina that surrounds the uterine body
Correct Answer: B
Rationale: The cervix is the lower, narrow cylindrical portion of the uterus measuring approximately 2-4 cm, projecting
into the vaginal vault and divided into supravaginal and vaginal (portio vaginalis) portions. The internal os marks the
junction with the uterine cavity and the external os opens into the vagina. Option A incorrectly places it as the upper
third; option C mischaracterizes it as a separate organ; option D conflates it with vaginal anatomy. This distinction is
foundational in NSG 6430 and aligns with the NCC WHNP Examination Content Outline on reproductive anatomy.
NSG 6430 Women's Health Final Exam — South University 2026/2027 Page 1
, Q2: A WHNP is teaching a group of nursing students about the arterial blood supply to the uterus. Which
vessel provides the PRIMARY blood supply to the uterus and must be ligated during a hysterectomy to
control hemorrhage?
A. Ovarian artery arising directly from the abdominal aorta
B. Uterine artery, a branch of the internal iliac (hypogastric) artery *[CORRECT]*
C. Vaginal artery arising from the external iliac artery
D. Round ligament artery branching from the inferior epigastric artery
Correct Answer: B
Rationale: The uterine artery, a branch of the internal iliac (hypogastric) artery, is the principal blood supply to the
uterus. It anastomoses with the ovarian and vaginal arteries to form an extensive collateral network. During
hysterectomy, ligation of the uterine arteries is essential for hemostasis. The ovarian artery arises directly from the
aorta (option A), the vaginal artery typically arises from the internal iliac (option C), and the round ligament is
supported by vessels from the inferior epigastric but is not the primary supply (option D). Reference: ACOG Committee
Opinion on pelvic anatomy and NSG 6430 Module 1.
Q3: A 32-year-old woman is undergoing evaluation for pelvic organ prolapse. The WHNP reviews the
pelvic floor support structures. Which structure provides the PRIMARY support to the uterus, cervix, and
upper vagina, and is most commonly associated with uterine prolapse when damaged?
A. Levator ani muscle complex
B. Cardinal (Mackenrodt) ligaments *[CORRECT]*
C. Round ligaments of the uterus
D. Broad ligament
Correct Answer: B
Rationale: The cardinal (Mackenrodt) ligaments, also called transverse cervical ligaments, provide the primary
connective tissue support to the uterus, cervix, and upper vagina. Damage or attenuation of these ligaments (often from
childbirth trauma) is the principal cause of uterine prolapse. The levator ani (option A) provides muscular floor support
but is secondary for the uterus specifically. The round ligaments (option C) support the uterus anterolaterally but are
not load-bearing for prolapse prevention. The broad ligament (option D) is a peritoneal fold, not a true supportive
ligament. This is a high-yield anatomy concept in NSG 6430.
NSG 6430 Women's Health Final Exam — South University 2026/2027 Page 2
, Q4: A laboratory report for a 28-year-old woman with regular 28-day menstrual cycles shows the
following day-3 hormone levels: FSH 6 mIU/mL, LH 5 mIU/mL, estradiol 45 pg/mL, progesterone 0.4
ng/mL. Which interpretation is most accurate regarding her hypothalamic-pituitary-ovarian (HPO) axis
function?
A. These values indicate premature ovarian insufficiency due to elevated FSH
B. These values are consistent with normal early follicular-phase physiology *[CORRECT]*
C. These values suggest polycystic ovary syndrome due to an elevated LH:FSH ratio
D. These values indicate hyperprolactinemia-induced ovulatory dysfunction
Correct Answer: B
Rationale: Day-3 (early follicular phase) hormone values in a normally cycling woman are expected to show
low-to-normal FSH (typically <10 mIU/mL), LH slightly lower than or equal to FSH, estradiol <50-80 pg/mL, and
progesterone <1.5 ng/mL (reflecting absence of luteal activity). These values are entirely normal. Premature ovarian
insufficiency would show FSH >25 mIU/mL (option A). PCOS typically shows LH:FSH ratio >2:1 (option C).
Hyperprolactinemia is not diagnosable without a prolactin level (option D). Day-3 hormone testing is the cornerstone of
ovarian reserve evaluation per NSG 6430 Module 3.
Q5: A 19-year-old college student presents with primary amenorrhea. On examination, she has normal
breast development (Tanner 5) but absent uterus on bimanual examination. Karyotype is 46,XY. Serum
testosterone is in the male range. Which diagnosis best explains these findings?
A. Turner syndrome (45,XO)
B. Mayer-Rokitansky-Küster-Hauser (MRKH) syndrome
C. Complete androgen insensitivity syndrome (CAIS) *[CORRECT]*
D. Kallmann syndrome
Correct Answer: C
Rationale: Complete androgen insensitivity syndrome (CAIS) presents with a 46,XY karyotype, normal or elevated
testosterone levels in the male range, absent uterus due to Müllerian inhibiting factor secretion by functional testes, and
normal breast development from peripheral aromatization of testosterone to estrogen. Turner syndrome (option A)
shows 45,XO with streak ovaries and short stature. MRKH (option B) shows 46,XX with normal ovaries and absent
Müllerian structures. Kallmann syndrome (option D) presents with hypogonadotropic hypogonadism and anosmia.
CAIS is a critical differential for primary amenorrhea in NSG 6430.
Q6: A WHNP is reviewing the histology of the endometrium with a student. Which layer of the
endometrium is shed during menstruation, and which layer regenerates the endometrium after menses?
A. Basalis layer is shed; spongiosa layer regenerates
B. Functionalis layer (compacta + spongiosa) is shed; basalis layer regenerates *[CORRECT]*
C. Stratum corneum is shed; stratum basale regenerates
D. Compacta layer is shed; spongiosa layer regenerates
Correct Answer: B
Rationale: The endometrium has two layers: the functionalis (composed of compacta and spongiosa) which undergoes
cyclic changes and is shed during menstruation, and the basalis which persists and serves as the regenerative layer. The
basalis contains the basal ends of the uterine glands and is supported by straight (basal) arteries that are not sensitive
to hormonal fluctuations. Options A and D misattribute shedding/regeneration; option C describes epidermis, not
endometrium. This histologic distinction is fundamental to understanding menstrual physiology in NSG 6430.
NSG 6430 Women's Health Final Exam — South University 2026/2027 Page 3
, Q7: During the menstrual cycle, the LH surge triggers ovulation approximately how many hours after its
onset, and what is the predominant cell type in the corpus luteum that secretes progesterone?
A. 12-18 hours; granulosa lutein cells
B. 24-36 hours; theca lutein cells
C. 24-36 hours; granulosa lutein cells *[CORRECT]*
D. 72-96 hours; granulosa lutein cells
Correct Answer: C
Rationale: The mid-cycle LH surge triggers ovulation approximately 24-36 hours after its onset. After ovulation, the
follicle transforms into the corpus luteum, where granulosa lutein cells (the dominant cell type) secrete progesterone,
and theca lutein cells secrete androgens that are aromatized to estrogen. The LH-to-ovulation interval of 12-18 hours
(option A) is too short; theca lutein cells (option B) are a minority population; 72-96 hours (option D) is too long. This
timing underlies fertility awareness and ovulation induction protocols in NSG 6430.
Q8: A 26-year-old woman presents with galactorrhea and irregular menses. Serum prolactin is 95 ng/mL
(normal <25). TSH is 4.8 mIU/L (normal 0.4-4.0). Which mechanism best explains the relationship between
her hypothyroidism and hyperprolactinemia?
A. Hypothyroidism directly destroys lactotroph cells, causing prolactin release
B. Elevated TRH from the hypothalamus stimulates prolactin secretion from lactotrophs *[CORRECT]*
C. Hypothyroidism increases dopamine tone, which paradoxically raises prolactin
D. Low T4 directly stimulates the posterior pituitary to release prolactin
Correct Answer: B
Rationale: In primary hypothyroidism, low circulating T4 reduces negative feedback on the hypothalamus, increasing
TRH secretion. TRH acts as a prolactin-releasing factor, stimulating lactotrophs in the anterior pituitary. This is why
primary hypothyroidism is a leading secondary cause of hyperprolactinemia. Dopamine normally inhibits prolactin (so
option C is wrong); TRH is the common mediator. Treating the hypothyroidism with levothyroxine typically resolves the
hyperprolactinemia. This endocrine feedback loop is a high-yield concept in NSG 6430.
Q9: A WHNP is preparing to perform a pelvic examination. Which sequence correctly identifies the
external female genital structures from anterior to posterior in the vestibule?
A. Clitoris → urethral opening → vaginal opening → anus *[CORRECT]*
B. Urethral opening → clitoris → vaginal opening → anus
C. Clitoris → vaginal opening → urethral opening → anus
D. Vaginal opening → clitoris → urethral opening → anus
Correct Answer: A
Rationale: The correct anterior-to-posterior sequence of the vestibular structures is: clitoris (most anterior) → urethral
opening → vaginal opening → anus (most posterior, though technically not in the vestibule). The clitoris is the anterior
homolog of the penis, followed by the urethral meatus, then the vaginal introitus. The perineal body and anus are
posterior to the vestibule. This anatomical sequence is foundational in NSG 6430 Module 1 and assessed via the NCC
WHNP blueprint on reproductive anatomy.
NSG 6430 Women's Health Final Exam — South University 2026/2027 Page 4
