NSG 3160 Health Assessment Exam 2 Prep Document |
2026/2027 Edition | 200 Verified Questions
NSG 3160 Health Assessment Exam 2 2026-2027 QUESTIONS AND ANSWERS ALREADY GRADED A+. 100%
Verified Solutions | Updated Per Latest Guidelines | Graded A+
This comprehensive exam preparation resource contains 200 verified questions covering all major
body systems assessed in a health examination. Each question includes detailed rationales and
distractor explanations to reinforce clinical reasoning. Designed to mirror the actual exam format, this
guide ensures students are fully prepared for all content areas tested. Updated for the 2026/2027
academic year with the latest evidence-based practice guidelines.
Abstract:
This examination preparation package for NSG 3160 Health Assessment Exam 2 is meticulously designed to
facilitate mastery of systematic health assessment across the lifespan. With 200 peer-reviewed questions, it
encompasses objective data collection, subjective health history, and clinical reasoning processes essential for
entry-level nursing practice. Each item is accompanied by comprehensive rationales explaining the
pathophysiology, nursing implications, and evidence-based rationale for both correct and incorrect responses.
Distractor analysis clarifies common misconceptions and highlights key assessment cues. The content is organized
by body system, integrating the latest recommendations from the American Nurses Association and the Joint
Commission. This resource also emphasizes holistic assessment, including psychosocial, cultural, and
developmental considerations. By simulating the exam environment, it promotes confidence and competence in
clinical decision-making. Updated for 2026/2027, it reflects current best practices and emerging healthcare trends,
ensuring students are exam-ready.
Content Area Overview:
Content Area Questions Key Topics Weight
Cardiovascular System 1-40 Heart sounds, pulses, jugular venous 20%
pressure, peripheral vascular, risk factors
Respiratory System 41-80 Lung lobes, breath sounds, percussion, 20%
respiratory patterns, smoking history
Neurological System 81-120 Cranial nerves, reflexes, mental status, 20%
motor and sensory function
Musculoskeletal System 121-150 Joints, muscle strength, ROM, gait, fracture 15%
assessment
Abdominal System 151-180 Bowel sounds, palpation, rebound 15%
tenderness, organ location
Integumentary & Head/Neck 181-200 Skin lesions, thyroid, lymph nodes, facial 10%
symmetry
Page 1
,Q1. A patient reports a 'tick-tock, like a clock' sound in the chest. On auscultation, you hear a
low-pitched, rumbling sound just before S1 at the apex, best heard with the bell. Which maneuver
would most likely increase the intensity of this sound?
A. Have the patient sit up and lean forward during expiration
B. Place the patient in the left lateral recumbent position
C. Ask the patient to stand and then squat
D. Instruct the patient to hold their breath in full inspiration
Correct Answer: B. Place the patient in the left lateral recumbent position
Rationale: The description matches an S4 heart sound (atrial gallop). S4 is low-pitched, occurs just
before S1, and is best heard with the bell. It is often accentuated by increasing preload, such as in the left
lateral recumbent position. Leaning forward with expiration (A) enhances S3 and S4? No, leaning
forward enhances high-pitched murmurs (e.g., aortic regurgitation). Standing and squatting (C) affect
murmurs, not gallops. Holding breath (D) is not specific.
Why Wrong:
A - Leaning forward during expiration is used to accentuate high-pitched murmurs, not low-pitched
gallops.
C - Standing and squatting alter venous return and afterload, affecting murmurs but not typically S4
intensity.
D - Holding breath in full inspiration has minimal effect on S4 and may obscure lung sounds.
Reference: Bickley, L. S. (2027). Bates' Guide to Physical Examination and History Taking, 13th Ed., Ch.
9
Q2. During lung auscultation, you hear discontinuous, non-musical, popping sounds that are more
prominent during early inspiration and do not clear with coughing. These sounds are most
consistent with which condition?
A. Pulmonary edema
B. Atelectasis
C. Bronchitis
D. Pneumonia
Correct Answer: D. Pneumonia
Rationale: Fine crackles that are early inspiratory and do not clear with coughing are characteristic of
pneumonia. In pulmonary edema, crackles are typically late inspiratory and may be more coarse.
Atelectatic crackles often clear after a few deep breaths or coughing. Bronchitis typically presents with
rhonchi (low-pitched, continuous sounds).
Why Wrong:
A - Pulmonary edema usually produces late inspiratory crackles that are more diffuse and may be
accompanied by wheezes.
B - Atelectatic crackles are typically transient and clear with deep breathing or coughing.
C - Bronchitis is associated with rhonchi, not fine, non-musical crackles.
Reference: Weber, J. R., & Kelley, J. H. (2026). Health Assessment in Nursing, 7th Ed., Ch. 18
Page 2
,Q3. A patient presents with localized abdominal pain in the right lower quadrant. When you
palpate the left lower quadrant, the patient experiences pain in the right lower quadrant. This
finding is known as:
A. Murphy sign
B. Rovsing sign
C. Psoas sign
D. Obturator sign
Correct Answer: B. Rovsing sign
Rationale: Rovsing sign is positive when palpation of the left lower quadrant elicits pain in the right
lower quadrant, suggesting peritoneal irritation, often from appendicitis. Murphy sign (A) is inspiratory
arrest during palpation of the right upper quadrant (cholecystitis). Psoas sign (C) is pain on extension of
the right thigh (retrocecal appendix). Obturator sign (D) is pain on internal rotation of the flexed right
thigh (pelvic appendix).
Why Wrong:
A - Murphy sign is pain and inspiratory arrest with palpation of the right upper quadrant, not referred
pain from left-sided pressure.
C - Psoas sign is elicited by hip extension, not by left lower quadrant palpation.
D - Obturator sign is elicited by hip rotation, not by abdominal palpation.
Reference: Bickley, L. S. (2027). Bates' Guide to Physical Examination and History Taking, 13th Ed., Ch.
11
Q4. A patient reports chronic knee pain and stiffness. During assessment, you measure knee flexion
using a goniometer. The patient can actively flex the knee to 90 degrees, but with overpressure you
can passively flex to 120 degrees. Which interpretation is most accurate?
A. Normal range of motion with muscle tightness
B. Limited active range of motion due to joint effusion
C. Normal passive range of motion but limited active range due to muscle weakness or pain
D. Joint contracture with capsular pattern
Correct Answer: C. Normal passive range of motion but limited active range due to muscle
weakness or pain
Rationale: Active range of motion (AROM) is less than passive range of motion (PROM) when the
limitation is due to muscle weakness, pain inhibition, or tendon pathology. Normal knee flexion is about
130-150 degrees. Here, AROM is 90°, PROM is 120°, indicating a deficit in active motion. Joint effusion
(B) would limit both AROM and PROM equally. Contracture (D) would limit PROM more significantly.
Muscle tightness (A) is unlikely as PROM exceeds 90°.
Why Wrong:
A - Normal PROM is 130-150°, so 120° is slightly limited, not normal; muscle tightness would limit
PROM more.
B - Joint effusion would restrict both active and passive motion similarly.
D - Joint contracture would limit PROM to a fixed range, not allow 120° of passive motion.
Reference: Magee, D. J. (2026). Orthopedic Physical Assessment, 7th Ed., Ch. 10
Page 3
, Q5. A patient with prolonged vomiting and diarrhea has poor skin turgor. When you pinch the skin
on the dorsum of the hand, it remains elevated for several seconds before returning to baseline. This
finding is most indicative of:
A. Decreased skin elasticity due to aging
B. Moderate to severe dehydration
C. Localized edema
D. Scleroderma
Correct Answer: B. Moderate to severe dehydration
Rationale: Skin turgor is a gross indicator of hydration status. Prolonged tenting (skin remains elevated)
suggests moderate to severe dehydration, especially in the context of vomiting and diarrhea. Aging (A)
can cause decreased elasticity but typically shows slower return, not tenting. Localized edema (C) would
show pitting, not tenting. Scleroderma (D) would cause thickened, tight skin, not tenting.
Why Wrong:
A - Aging decreases skin elasticity but usually does not cause prolonged tenting; it causes slower
recoil, not staying elevated.
C - Edema would cause pitting or non-pitting swelling, not tenting.
D - Scleroderma causes skin thickening and tightness, preventing pinching; tenting is not typical.
Reference: Bickley, L. S. (2027). Bates' Guide to Physical Examination and History Taking, 13th Ed., Ch.
8
Q6. During thyroid assessment, you stand behind a seated patient and ask them to flex the neck
slightly. Using the pads of your fingers, you gently palpate the thyroid isthmus and lobes. Which of
the following techniques is most appropriate for enhancing detection of a thyroid nodule?
A. Ask the patient to swallow while you palpate the thyroid
B. Tilt the patient's head backward and palpate while they hold their breath
C. Use the thumb and index finger to grasp the trachea and slide downward
D. Apply firm pressure with the fingertips while the patient coughs
Correct Answer: A. Ask the patient to swallow while you palpate the thyroid
Rationale: The thyroid gland moves upward with swallowing because it is attached to the larynx. Asking
the patient to swallow while palpating allows the examiner to feel the gland and any nodules as it
ascends. Tilting the head back (B) tenses the neck muscles and may obscure palpation. Grasping the
trachea (C) is for assessing tracheal deviation, not thyroid nodules. Coughing (D) does not reliably move
the thyroid.
Why Wrong:
B - Tilting the head back tenses the sternocleidomastoid muscles, making palpation more difficult.
C - Grasping the trachea is used to assess for tracheal deviation, not thyroid nodules.
D - Coughing does not cause consistent upward movement of the thyroid; swallowing is more
effective.
Reference: Swartz, M. H. (2026). Textbook of Physical Diagnosis, 9th Ed., Ch. 12
Page 4
2026/2027 Edition | 200 Verified Questions
NSG 3160 Health Assessment Exam 2 2026-2027 QUESTIONS AND ANSWERS ALREADY GRADED A+. 100%
Verified Solutions | Updated Per Latest Guidelines | Graded A+
This comprehensive exam preparation resource contains 200 verified questions covering all major
body systems assessed in a health examination. Each question includes detailed rationales and
distractor explanations to reinforce clinical reasoning. Designed to mirror the actual exam format, this
guide ensures students are fully prepared for all content areas tested. Updated for the 2026/2027
academic year with the latest evidence-based practice guidelines.
Abstract:
This examination preparation package for NSG 3160 Health Assessment Exam 2 is meticulously designed to
facilitate mastery of systematic health assessment across the lifespan. With 200 peer-reviewed questions, it
encompasses objective data collection, subjective health history, and clinical reasoning processes essential for
entry-level nursing practice. Each item is accompanied by comprehensive rationales explaining the
pathophysiology, nursing implications, and evidence-based rationale for both correct and incorrect responses.
Distractor analysis clarifies common misconceptions and highlights key assessment cues. The content is organized
by body system, integrating the latest recommendations from the American Nurses Association and the Joint
Commission. This resource also emphasizes holistic assessment, including psychosocial, cultural, and
developmental considerations. By simulating the exam environment, it promotes confidence and competence in
clinical decision-making. Updated for 2026/2027, it reflects current best practices and emerging healthcare trends,
ensuring students are exam-ready.
Content Area Overview:
Content Area Questions Key Topics Weight
Cardiovascular System 1-40 Heart sounds, pulses, jugular venous 20%
pressure, peripheral vascular, risk factors
Respiratory System 41-80 Lung lobes, breath sounds, percussion, 20%
respiratory patterns, smoking history
Neurological System 81-120 Cranial nerves, reflexes, mental status, 20%
motor and sensory function
Musculoskeletal System 121-150 Joints, muscle strength, ROM, gait, fracture 15%
assessment
Abdominal System 151-180 Bowel sounds, palpation, rebound 15%
tenderness, organ location
Integumentary & Head/Neck 181-200 Skin lesions, thyroid, lymph nodes, facial 10%
symmetry
Page 1
,Q1. A patient reports a 'tick-tock, like a clock' sound in the chest. On auscultation, you hear a
low-pitched, rumbling sound just before S1 at the apex, best heard with the bell. Which maneuver
would most likely increase the intensity of this sound?
A. Have the patient sit up and lean forward during expiration
B. Place the patient in the left lateral recumbent position
C. Ask the patient to stand and then squat
D. Instruct the patient to hold their breath in full inspiration
Correct Answer: B. Place the patient in the left lateral recumbent position
Rationale: The description matches an S4 heart sound (atrial gallop). S4 is low-pitched, occurs just
before S1, and is best heard with the bell. It is often accentuated by increasing preload, such as in the left
lateral recumbent position. Leaning forward with expiration (A) enhances S3 and S4? No, leaning
forward enhances high-pitched murmurs (e.g., aortic regurgitation). Standing and squatting (C) affect
murmurs, not gallops. Holding breath (D) is not specific.
Why Wrong:
A - Leaning forward during expiration is used to accentuate high-pitched murmurs, not low-pitched
gallops.
C - Standing and squatting alter venous return and afterload, affecting murmurs but not typically S4
intensity.
D - Holding breath in full inspiration has minimal effect on S4 and may obscure lung sounds.
Reference: Bickley, L. S. (2027). Bates' Guide to Physical Examination and History Taking, 13th Ed., Ch.
9
Q2. During lung auscultation, you hear discontinuous, non-musical, popping sounds that are more
prominent during early inspiration and do not clear with coughing. These sounds are most
consistent with which condition?
A. Pulmonary edema
B. Atelectasis
C. Bronchitis
D. Pneumonia
Correct Answer: D. Pneumonia
Rationale: Fine crackles that are early inspiratory and do not clear with coughing are characteristic of
pneumonia. In pulmonary edema, crackles are typically late inspiratory and may be more coarse.
Atelectatic crackles often clear after a few deep breaths or coughing. Bronchitis typically presents with
rhonchi (low-pitched, continuous sounds).
Why Wrong:
A - Pulmonary edema usually produces late inspiratory crackles that are more diffuse and may be
accompanied by wheezes.
B - Atelectatic crackles are typically transient and clear with deep breathing or coughing.
C - Bronchitis is associated with rhonchi, not fine, non-musical crackles.
Reference: Weber, J. R., & Kelley, J. H. (2026). Health Assessment in Nursing, 7th Ed., Ch. 18
Page 2
,Q3. A patient presents with localized abdominal pain in the right lower quadrant. When you
palpate the left lower quadrant, the patient experiences pain in the right lower quadrant. This
finding is known as:
A. Murphy sign
B. Rovsing sign
C. Psoas sign
D. Obturator sign
Correct Answer: B. Rovsing sign
Rationale: Rovsing sign is positive when palpation of the left lower quadrant elicits pain in the right
lower quadrant, suggesting peritoneal irritation, often from appendicitis. Murphy sign (A) is inspiratory
arrest during palpation of the right upper quadrant (cholecystitis). Psoas sign (C) is pain on extension of
the right thigh (retrocecal appendix). Obturator sign (D) is pain on internal rotation of the flexed right
thigh (pelvic appendix).
Why Wrong:
A - Murphy sign is pain and inspiratory arrest with palpation of the right upper quadrant, not referred
pain from left-sided pressure.
C - Psoas sign is elicited by hip extension, not by left lower quadrant palpation.
D - Obturator sign is elicited by hip rotation, not by abdominal palpation.
Reference: Bickley, L. S. (2027). Bates' Guide to Physical Examination and History Taking, 13th Ed., Ch.
11
Q4. A patient reports chronic knee pain and stiffness. During assessment, you measure knee flexion
using a goniometer. The patient can actively flex the knee to 90 degrees, but with overpressure you
can passively flex to 120 degrees. Which interpretation is most accurate?
A. Normal range of motion with muscle tightness
B. Limited active range of motion due to joint effusion
C. Normal passive range of motion but limited active range due to muscle weakness or pain
D. Joint contracture with capsular pattern
Correct Answer: C. Normal passive range of motion but limited active range due to muscle
weakness or pain
Rationale: Active range of motion (AROM) is less than passive range of motion (PROM) when the
limitation is due to muscle weakness, pain inhibition, or tendon pathology. Normal knee flexion is about
130-150 degrees. Here, AROM is 90°, PROM is 120°, indicating a deficit in active motion. Joint effusion
(B) would limit both AROM and PROM equally. Contracture (D) would limit PROM more significantly.
Muscle tightness (A) is unlikely as PROM exceeds 90°.
Why Wrong:
A - Normal PROM is 130-150°, so 120° is slightly limited, not normal; muscle tightness would limit
PROM more.
B - Joint effusion would restrict both active and passive motion similarly.
D - Joint contracture would limit PROM to a fixed range, not allow 120° of passive motion.
Reference: Magee, D. J. (2026). Orthopedic Physical Assessment, 7th Ed., Ch. 10
Page 3
, Q5. A patient with prolonged vomiting and diarrhea has poor skin turgor. When you pinch the skin
on the dorsum of the hand, it remains elevated for several seconds before returning to baseline. This
finding is most indicative of:
A. Decreased skin elasticity due to aging
B. Moderate to severe dehydration
C. Localized edema
D. Scleroderma
Correct Answer: B. Moderate to severe dehydration
Rationale: Skin turgor is a gross indicator of hydration status. Prolonged tenting (skin remains elevated)
suggests moderate to severe dehydration, especially in the context of vomiting and diarrhea. Aging (A)
can cause decreased elasticity but typically shows slower return, not tenting. Localized edema (C) would
show pitting, not tenting. Scleroderma (D) would cause thickened, tight skin, not tenting.
Why Wrong:
A - Aging decreases skin elasticity but usually does not cause prolonged tenting; it causes slower
recoil, not staying elevated.
C - Edema would cause pitting or non-pitting swelling, not tenting.
D - Scleroderma causes skin thickening and tightness, preventing pinching; tenting is not typical.
Reference: Bickley, L. S. (2027). Bates' Guide to Physical Examination and History Taking, 13th Ed., Ch.
8
Q6. During thyroid assessment, you stand behind a seated patient and ask them to flex the neck
slightly. Using the pads of your fingers, you gently palpate the thyroid isthmus and lobes. Which of
the following techniques is most appropriate for enhancing detection of a thyroid nodule?
A. Ask the patient to swallow while you palpate the thyroid
B. Tilt the patient's head backward and palpate while they hold their breath
C. Use the thumb and index finger to grasp the trachea and slide downward
D. Apply firm pressure with the fingertips while the patient coughs
Correct Answer: A. Ask the patient to swallow while you palpate the thyroid
Rationale: The thyroid gland moves upward with swallowing because it is attached to the larynx. Asking
the patient to swallow while palpating allows the examiner to feel the gland and any nodules as it
ascends. Tilting the head back (B) tenses the neck muscles and may obscure palpation. Grasping the
trachea (C) is for assessing tracheal deviation, not thyroid nodules. Coughing (D) does not reliably move
the thyroid.
Why Wrong:
B - Tilting the head back tenses the sternocleidomastoid muscles, making palpation more difficult.
C - Grasping the trachea is used to assess for tracheal deviation, not thyroid nodules.
D - Coughing does not cause consistent upward movement of the thyroid; swallowing is more
effective.
Reference: Swartz, M. H. (2026). Textbook of Physical Diagnosis, 9th Ed., Ch. 12
Page 4
