1 :

Hint : 🦵 Cast + severe or unrelieved pain = Call provider immediately.

Correct Answers:

  • Report any worsening or unrelieved pain.


Rationale :

🔴 Pain that is worsening or unrelieved may indicate compartment syndrome, infection, or impaired circulation, which are medical emergencies requiring prompt evaluation.

🔴 Monitoring neurovascular status (pain, sensation, color, movement, and pulses) is essential for clients with long-leg casts to prevent permanent tissue damage.

🔴 Clients should be instructed to report early signs such as increasing swelling, numbness, tingling, or cold extremities, as these can precede serious complications.

🔴 Timely reporting allows the provider to intervene with measures like cast splitting, reduction of pressure, or surgical intervention if needed.

🔴 Reinforcing this teaching ensures client safety at home and prevents delayed recognition of complications.


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2 :

Hint : 🫀 Immobility + clot risk = DVT → PE; low venous return → orthostatic hypotension.

Correct Answers:

  • Pulmonary embolism
  • Orthostatic hypotension
  • Deep vein thrombosis


Rationale :

❇️ Pulmonary embolism (PE) can occur when immobility leads to thrombus formation in deep veins, which can dislodge and travel to the lungs.

❇️ Deep vein thrombosis (DVT) is a direct consequence of venous stasis and decreased muscle pump activity during prolonged immobility.

❇️ Orthostatic hypotension develops because immobility decreases venous return, leading to reduced cardiac output when standing.

❇️ These complications are interrelated: DVT can progress to PE, and orthostatic hypotension increases the risk of falls and syncope.

❇️ Early mobilization, leg exercises, and hydration are essential preventive nursing interventions.


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3 :

Hint : 🦴 Hip fracture = shortened + externally rotated leg + groin pain + cannot bear weight.

Correct Answers:

  • Shortening of the affected leg compared to the unaffected leg
  • External rotation of the affected leg
  • Pain localized to the hip or groin area
  • Inability to bear weight on the affected leg


Rationale :

✍️Shortening of the affected leg compared to the unaffected leg; External rotation of the affected leg; Pain localized to the hip or groin area; Inability to bear weight on the affected leg

✍️ Shortening of the affected leg occurs due to displacement of bone fragments in a hip fracture, altering limb length.

✍️ External rotation of the affected leg is a classic sign resulting from muscle spasm and alignment changes after femoral neck or intertrochanteric fractures.

✍️ Pain localized to the hip or groin area is common with hip fractures, especially during movement or palpation, due to direct trauma to bone and surrounding tissues.

✍️ Inability to bear weight on the affected leg results from structural instability and is a key functional indicator of a hip fracture.

✍️ Early recognition of these signs is critical for prompt imaging and orthopedic intervention to prevent complications such as immobility-related issues or avascular necrosis.

✍️ Older adults are at higher risk for hip fractures due to osteoporosis and decreased bone density, making these physical findings highly suggestive.


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4 :

Hint : 🦵 ORIF leg post-op: monitor circulation via capillary refill every 4 hr.

Correct Answers:

  • Remove antiembolic stockings once each day to examine skin integrity.


Rationale :

⭐ Monitoring capillary refill helps assess peripheral perfusion and circulatory status of the affected leg after surgery.

⭐ Early detection of vascular compromise (e.g., decreased blood flow, ischemia, or compartment syndrome) is crucial following open reduction and internal fixation (ORIF).

⭐ Frequent neurovascular assessments include checking color, temperature, pulse, sensation, movement, and capillary refill to ensure no complications develop.

⭐ Older adult clients are at higher risk for postoperative circulatory complications, so hourly or 4-hour checks are essential for safety.

⭐ Prompt identification of changes allows the nurse to notify the provider immediately and prevent permanent tissue damage.

⭐ This intervention is a priority over routine measures such as skin inspections or fluid restrictions in the immediate postoperative period.


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5 :

Hint : 🦴 Fracture healing priority = keep bone aligned and immobilized.

Correct Answers:

  • Maintain immobilization and alignment for the client.


Rationale :

👉 Immobilization and proper alignment are essential to promote functional healing of the fractured bone and prevent complications such as malunion, nonunion, or deformity.

👉 Maintaining alignment ensures optimal bone apposition, which is critical for osteogenesis and early stabilization.

👉 Pain management and optimal nutrition support healing but do not directly ensure mechanical stabilization of the fracture site, which is the priority.

👉 Promoting independence in activities of daily living aids overall recovery but should not compromise immobilization.

👉 Proper immobilization prevents additional trauma to surrounding tissues, reduces swelling, and maintains vascular and nerve integrity.

👉 This intervention is a high-priority, foundational measure in fracture care, forming the basis for all other supportive interventions.


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6 :

Hint : 🦵 Mobility assessment = observe function, independence, and skin integrity.

Correct Answers:

  • The condition of the client's skin.
  • The client's need for assistance with ADLs.
  • The client's ability to sit.


Rationale :

The condition of the client's skin, the client's need for assistance with ADLs, and the client's ability to sit.

🙌 Skin condition is assessed because mobility limitations can increase the risk of pressure injuries and impaired tissue perfusion.

🙌 Assistance with activities of daily living (ADLs) reflects the client’s functional mobility status and independence level, which is a key part of a mobility assessment.

🙌 Ability to sit provides information about the client's core strength, balance, and postural control, all critical for safe mobility and transfer.

🙌 Collecting health literacy is important for patient education but is not a direct indicator of mobility.

🙌 Daily calcium intake influences bone health but does not directly assess the client’s current mobility or functional status.

❌ The client's health literacy level

🙌 Health literacy relates to understanding instructions for self-care and medication, not direct mobility assessment.

🙌 While important for overall care planning, it does not measure the client’s physical capability or functional mobility.

❌ The client's daily calcium intake

🙌 Calcium intake affects long-term bone health but does not indicate current functional mobility.

🙌 It is part of nutritional assessment, not a direct mobility assessment.


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7 :

Hint : ⚖️ Traction works only if weights hang free — check the pulleys!

Correct Answers:

  • Ensure the client's weights are hanging freely from the bed.


Rationale :

▶️ Skeletal traction relies on the consistent application of weights to maintain proper alignment of the fractured femur.

▶️ Weights must hang freely without touching the floor or bed to provide continuous tensile force necessary for effective traction.

▶️ Proper traction prevents malalignment, shortening, and deformity of the femur.

▶️ Ensuring free-hanging weights reduces the risk of interrupted traction which could delay healing or increase pain.

▶️ Monitoring the weights is a critical safety intervention and is prioritized over routine checks of skin or pin sites.

▶️ Maintaining proper traction also reduces strain on surrounding muscles and prevents contractures.

▶️ This intervention supports optimal skeletal healing and prevents complications such as neurovascular compromise.


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8 :

Hint : 🫀 Smoking + diabetes + atherosclerosis + obesity = poor limb perfusion risk.

Correct Answers:

  • Smoking
  • Diabetes
  • Atherosclerosis
  • Obesity


Rationale :

✅Smoking

✔ Causes vasoconstriction, limiting blood flow to extremities.

✔ Damages endothelial lining of blood vessels, promoting atherosclerosis.

✔ Increases platelet aggregation, raising the risk for clot formation.

✔ Reduces oxygen delivery to peripheral tissues, worsening ischemia.

✔ Promotes chronic inflammation, further impairing circulation.

✅Diabetes

✔ Leads to microvascular complications, reducing capillary perfusion.

✔ Causes macrovascular disease, like peripheral arterial disease (PAD).

✔ Damages nerve function (neuropathy), masking ischemic symptoms.

✔ Contributes to poor wound healing, increasing tissue vulnerability.

✔ Elevated blood glucose levels accelerate vascular damage and atherosclerosis.

✅Atherosclerosis

✔ Plaque buildup in arteries narrows vessels, reducing blood flow.

✔ Decreases tissue oxygenation, risking ischemia and necrosis.

✔ Weakens vessel walls, increasing risk for thrombosis.

✔ Promotes inflammation, which worsens peripheral circulation.

✔ Leads to intermittent claudication and delayed healing in limbs.

✅Obesity

✔ Increases vascular resistance, forcing the heart to work harder.

✔ Associated with hypertension, which damages vessel walls over time.

✔ Promotes metabolic syndrome, worsening endothelial function.

✔ Limits physical activity, reducing peripheral blood flow.

✔ Contributes to a pro-inflammatory state, increasing risk for vascular disease.


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9 :

Hint : 🦴 Thinner cartilage + weaker bones + less muscle = stiffer, less mobile joints in aging.

Correct Answers:

  • Thinner and less resilient cartilage
  • Decreased range of motion
  • Decreased bone density
  • Loss of muscle mass


Rationale :

💠Thinner and less resilient cartilage

✔ Cartilage loses water content and elasticity with age, making it more prone to wear and tear.

✔ Decreased cartilage thickness increases joint stiffness and contributes to osteoarthritis.

✔ Loss of cartilage resilience reduces shock absorption, raising the risk of joint pain.

✔ Degeneration of cartilage limits smooth joint movement, impairing mobility.

✔ Aging cartilage is more susceptible to microtears and damage from everyday activities.

💠Decreased range of motion

✔ Joint stiffness increases due to changes in ligaments and tendons.

✔ Capsular thickening and reduced synovial fluid further limit movement.

✔ Muscle shortening from inactivity or aging contributes to reduced flexibility.

✔ Pain from arthritic changes can discourage full movement, further decreasing ROM.

✔ Reduced ROM can impair balance and functional activities, increasing fall risk.

💠Decreased bone density

✔ Osteopenia and osteoporosis are common in older adults, reducing bone strength.

✔ Loss of calcium and other minerals weakens bones, making fractures more likely.

✔ Hormonal changes, such as decreased estrogen or testosterone, accelerate bone loss.

✔ Weakened bones increase the risk for falls and hip fractures, common in the elderly.

✔ Decreased bone density affects posture, contributing to kyphosis and spinal deformities.

💠Loss of muscle mass

✔ Sarcopenia occurs with aging, reducing muscle size and strength.

✔ Loss of type II (fast-twitch) muscle fibers contributes to decreased power.

✔ Decreased muscle mass reduces overall mobility and endurance.

✔ Muscle atrophy can impair balance, increasing fall risk.

✔ Loss of muscle also diminishes support for joints, adding to skeletal stress.


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10 :

Hint : 🦴 Pathologic = weak bone disease (like osteoporosis) + fracture without major trauma.

Correct Answers:

  • Osteoporosis


Rationale :

Osteoporosis

💊 Pathologic fractures occur when bones break due to an underlying disease rather than trauma or injury.

💊 Osteoporosis weakens the bone matrix, decreasing bone density and structural integrity, making bones prone to fracture even with minimal stress.

💊The fracture can occur spontaneously or with minimal force, such as bending or coughing.

💊 Common sites include the vertebrae, hip, and wrist, which are most susceptible to weakened bone.

💊 Early detection and management of osteoporosis can reduce the risk of pathologic fractures, including lifestyle changes, calcium and vitamin D supplementation, and medications.

❌ Car accident

💊 A car accident is a traumatic cause of fracture, not a pathologic one.

💊 The bone breaks due to external force, not due to weakened bone structure.

❌ Sports injury

💊 Sports injuries are classified as traumatic fractures, occurring from sudden impact or overuse.

💊 They do not indicate underlying bone disease.

❌ Muscle strain

💊 Muscle strain affects muscles or tendons, not bone.

💊 It does not cause pathologic fractures.


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Total Questions: 10

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