NURS 3209 MOBILITY AND POSITIONING EXAM PRACTICE
QUESTIONS AND CORRECT ANSWERS (VERIFIED ANSWERS)
PLUS RATIONALES Q&A INSTANT DOWNLOAD PDF
140 QUESTIONS
TABLE OF CONTENTS
# TOPIC
1 Analyze biomechanical principles to ensure safe patient handling and prevent caregiver injury
2 Evaluate mobility and positioning interventions for patients across the lifespan and with diverse health
alterations
3 Synthesize evidence-based practices to prevent complications of immobility and promote functional
recovery
4 Apply clinical reasoning to select and prioritize positioning strategies in complex care scenarios
5 NURS 3209 Mobility and Positioning Exam Practice Questions And Correct Answers
6 Verified Answers
7 Plus Rationales Q&A Instant Download Pdf
8 Foundations of Mobility and Positioning in Nursing
9 Applied Mobility and Positioning in Nursing
10 Advanced Mobility and Positioning in Nursing
11 Mobility and Positioning in Nursing Review
Page 1
,Q1 ANALYZE BIOMECHANICAL PRINCIPLES TO ENSURE SAFE PATIENT HANDLING AND
PREVENT CAREGIVER INJURY
A nurse is repositioning a patient with a spinal cord injury at T5. Which technique
best minimizes the risk of autonomic dysreflexia while maintaining spinal
alignment?
A. Slow, smooth movement with log rolling and maintaining the head in neutral position
CORRECT
B. Rapid repositioning to minimize time in one position
C. Placing the patient in a semi-Fowler's position without turning
D. Using a draw sheet to pull the patient up in bed
RATIONALE: Log rolling with neutral head position maintains spinal alignment and prevents
noxious stimuli that trigger autonomic dysreflexia. Rapid movement or pulling can cause shearing
and stimulate the sympathetic response. Semi-Fowler's may be appropriate but does not address
repositioning needs.
Q2 ANALYZE BIOMECHANICAL PRINCIPLES TO ENSURE SAFE PATIENT HANDLING AND
PREVENT CAREGIVER INJURY
Which finding most clearly indicates that a patient's turning schedule is
inadequate when using the Braden scale for pressure injury risk?
A. Patient reports intermittent pain at the sacrum
B. Erythema that blanches with pressure over the trochanter
C. Moisture-associated skin damage in the gluteal fold
D. Nonblanchable erythema over the ischial tuberosity CORRECT
RATIONALE: Nonblanchable erythema indicates stage 1 pressure injury, signaling that tissue
damage has occurred despite turning. Blanching erythema is reactive hyperemia and reversible.
Moisture damage is a separate risk factor, and pain alone is nonspecific.
Page 2
,Q3 ANALYZE BIOMECHANICAL PRINCIPLES TO ENSURE SAFE PATIENT HANDLING AND
PREVENT CAREGIVER INJURY
A patient with hemiplegia is being taught to transfer from bed to wheelchair.
Which instruction best promotes independence and safety?
A. Place the wheelchair on the patient's unaffected side and instruct to pivot on the stronger leg
CORRECT
B. Place the wheelchair on the affected side to use the stronger arm for pushing
C. Instruct the patient to use a sliding board with the wheelchair at a 45-degree angle to the bed
D. Have the patient stand and pivot with the therapist in front to block the knees
RATIONALE: Transferring toward the unaffected side uses the stronger extremities and promotes
weight-bearing through the stronger leg, enhancing safety and independence. The sliding board
is an option but may not be the best for independence if the patient can pivot. Blocking knees is a
caregiver assist, not independence.
Q4 ANALYZE BIOMECHANICAL PRINCIPLES TO ENSURE SAFE PATIENT HANDLING AND
PREVENT CAREGIVER INJURY
For a patient with left-sided heart failure, which positioning strategy optimizes
ventilation and reduces preload?
A. High Fowler's with legs dependent to reduce venous return CORRECT
B. Left lateral recumbent with head elevated 30 degrees
C. Supine with lower extremities elevated
D. Prone to improve ventilation-perfusion matching
RATIONALE: High Fowler's with dependent legs reduces preload by pooling blood in the lower
extremities, decreasing pulmonary congestion. Supine or leg elevation increases preload and
worsens symptoms. Prone is not indicated for heart failure.
Page 3
, Q5 ANALYZE BIOMECHANICAL PRINCIPLES TO ENSURE SAFE PATIENT HANDLING AND
PREVENT CAREGIVER INJURY
Which repositioning intervention is most effective in reducing the incidence of
ventilator-associated pneumonia (VAP) in a mechanically ventilated patient?
A. Semi-recumbent positioning at 30-45 degrees CORRECT
B. Supine with head of bed flat
C. Lateral rotation every 2 hours
D. Prone positioning for 16 hours daily
RATIONALE: Semi-recumbent positioning at 30-45 degrees reduces aspiration of gastric
contents and is evidence-based for VAP prevention. Supine increases risk, lateral rotation is less
effective, and prone is reserved for ARDS.
Q6 ANALYZE BIOMECHANICAL PRINCIPLES TO ENSURE SAFE PATIENT HANDLING AND
PREVENT CAREGIVER INJURY
When calculating the safe working load for a ceiling lift, the nurse must consider
the patient's weight plus the weight of which item?
A. The sling and any attached accessories CORRECT
B. The patient's clothing and linens
C. The lift's battery and motor unit
D. The caregiver's body weight
RATIONALE: The safe working load must include the patient's weight plus the sling and
accessories, as they are lifted together. Clothing and linens are negligible, and the lift's
equipment weight is part of its design, not the load. Caregiver weight is not part of the load.
Page 4
QUESTIONS AND CORRECT ANSWERS (VERIFIED ANSWERS)
PLUS RATIONALES Q&A INSTANT DOWNLOAD PDF
140 QUESTIONS
TABLE OF CONTENTS
# TOPIC
1 Analyze biomechanical principles to ensure safe patient handling and prevent caregiver injury
2 Evaluate mobility and positioning interventions for patients across the lifespan and with diverse health
alterations
3 Synthesize evidence-based practices to prevent complications of immobility and promote functional
recovery
4 Apply clinical reasoning to select and prioritize positioning strategies in complex care scenarios
5 NURS 3209 Mobility and Positioning Exam Practice Questions And Correct Answers
6 Verified Answers
7 Plus Rationales Q&A Instant Download Pdf
8 Foundations of Mobility and Positioning in Nursing
9 Applied Mobility and Positioning in Nursing
10 Advanced Mobility and Positioning in Nursing
11 Mobility and Positioning in Nursing Review
Page 1
,Q1 ANALYZE BIOMECHANICAL PRINCIPLES TO ENSURE SAFE PATIENT HANDLING AND
PREVENT CAREGIVER INJURY
A nurse is repositioning a patient with a spinal cord injury at T5. Which technique
best minimizes the risk of autonomic dysreflexia while maintaining spinal
alignment?
A. Slow, smooth movement with log rolling and maintaining the head in neutral position
CORRECT
B. Rapid repositioning to minimize time in one position
C. Placing the patient in a semi-Fowler's position without turning
D. Using a draw sheet to pull the patient up in bed
RATIONALE: Log rolling with neutral head position maintains spinal alignment and prevents
noxious stimuli that trigger autonomic dysreflexia. Rapid movement or pulling can cause shearing
and stimulate the sympathetic response. Semi-Fowler's may be appropriate but does not address
repositioning needs.
Q2 ANALYZE BIOMECHANICAL PRINCIPLES TO ENSURE SAFE PATIENT HANDLING AND
PREVENT CAREGIVER INJURY
Which finding most clearly indicates that a patient's turning schedule is
inadequate when using the Braden scale for pressure injury risk?
A. Patient reports intermittent pain at the sacrum
B. Erythema that blanches with pressure over the trochanter
C. Moisture-associated skin damage in the gluteal fold
D. Nonblanchable erythema over the ischial tuberosity CORRECT
RATIONALE: Nonblanchable erythema indicates stage 1 pressure injury, signaling that tissue
damage has occurred despite turning. Blanching erythema is reactive hyperemia and reversible.
Moisture damage is a separate risk factor, and pain alone is nonspecific.
Page 2
,Q3 ANALYZE BIOMECHANICAL PRINCIPLES TO ENSURE SAFE PATIENT HANDLING AND
PREVENT CAREGIVER INJURY
A patient with hemiplegia is being taught to transfer from bed to wheelchair.
Which instruction best promotes independence and safety?
A. Place the wheelchair on the patient's unaffected side and instruct to pivot on the stronger leg
CORRECT
B. Place the wheelchair on the affected side to use the stronger arm for pushing
C. Instruct the patient to use a sliding board with the wheelchair at a 45-degree angle to the bed
D. Have the patient stand and pivot with the therapist in front to block the knees
RATIONALE: Transferring toward the unaffected side uses the stronger extremities and promotes
weight-bearing through the stronger leg, enhancing safety and independence. The sliding board
is an option but may not be the best for independence if the patient can pivot. Blocking knees is a
caregiver assist, not independence.
Q4 ANALYZE BIOMECHANICAL PRINCIPLES TO ENSURE SAFE PATIENT HANDLING AND
PREVENT CAREGIVER INJURY
For a patient with left-sided heart failure, which positioning strategy optimizes
ventilation and reduces preload?
A. High Fowler's with legs dependent to reduce venous return CORRECT
B. Left lateral recumbent with head elevated 30 degrees
C. Supine with lower extremities elevated
D. Prone to improve ventilation-perfusion matching
RATIONALE: High Fowler's with dependent legs reduces preload by pooling blood in the lower
extremities, decreasing pulmonary congestion. Supine or leg elevation increases preload and
worsens symptoms. Prone is not indicated for heart failure.
Page 3
, Q5 ANALYZE BIOMECHANICAL PRINCIPLES TO ENSURE SAFE PATIENT HANDLING AND
PREVENT CAREGIVER INJURY
Which repositioning intervention is most effective in reducing the incidence of
ventilator-associated pneumonia (VAP) in a mechanically ventilated patient?
A. Semi-recumbent positioning at 30-45 degrees CORRECT
B. Supine with head of bed flat
C. Lateral rotation every 2 hours
D. Prone positioning for 16 hours daily
RATIONALE: Semi-recumbent positioning at 30-45 degrees reduces aspiration of gastric
contents and is evidence-based for VAP prevention. Supine increases risk, lateral rotation is less
effective, and prone is reserved for ARDS.
Q6 ANALYZE BIOMECHANICAL PRINCIPLES TO ENSURE SAFE PATIENT HANDLING AND
PREVENT CAREGIVER INJURY
When calculating the safe working load for a ceiling lift, the nurse must consider
the patient's weight plus the weight of which item?
A. The sling and any attached accessories CORRECT
B. The patient's clothing and linens
C. The lift's battery and motor unit
D. The caregiver's body weight
RATIONALE: The safe working load must include the patient's weight plus the sling and
accessories, as they are lifted together. Clothing and linens are negligible, and the lift's
equipment weight is part of its design, not the load. Caregiver weight is not part of the load.
Page 4
