This question tests knowledge of the fit and safe use of assistive devices. Proper fit and safe use of assistive devices are important in nursing practice to maintain balance, avoid obstacles, and support partial weight-bearing postoperatively. Option C indicates a need for further teaching because armpits should not bear weight, risking injury, whereas hands should. Option A promotes safe forward gaze; B ensures tip integrity; D describes correct gait. A transferable principle is to avoid axilla weight-bearing in crutch use. Another principle is to assess visual scanning and balance at thresholds. One strategy for educating clients is to simulate obstacles and provide corrective feedback during practice.

This question tests knowledge of the fit and safe use of assistive devices. Proper fit and safe use of assistive devices are crucial in nursing practice to improve balance, reduce fall risk, and support injured limbs during rehabilitation. Option A ensures safe use by placing the cane opposite the injury for optimal support and advancing it with the affected leg. Option B is incorrect as placement should be on the stronger side; C is wrong because using the injured side increases instability; D is less optimal without assessing if crutches are needed. A transferable principle is to teach cane placement on the unaffected side for all unilateral injuries. Another principle is to observe for balance issues during turns and adjust techniques accordingly. One strategy for educating clients is to practice in a controlled environment and gradually increase complexity like turning.

This question tests knowledge of the fit and safe use of assistive devices. Proper fit and safe use of assistive devices are essential in nursing practice to support weak clients, prevent joint strain, and enhance endurance during ambulation. Option A should be prioritized as it confirms proper walker height, allowing ergonomic elbow flexion and safe weight distribution. Option B is less relevant as stair climbing may not be feasible with weakness; C is important but secondary to fit; D addresses convenience but not directly walker safety. A transferable principle is to assess elbow flexion at 15-30 degrees for all upper-limb assistive devices. Another principle is to evaluate grip strength and pain that may impact device handling. One strategy for educating clients is to provide written instructions with illustrations and review them during follow-up visits.

This question tests knowledge of the fit and safe use of assistive devices. Proper fit and safe use of assistive devices are vital in nursing practice to prevent sliding, support weakening muscles, and maintain positioning in progressive diseases. Option A ensures proper fit by adjusting footrests for full thigh and foot support, reducing forward sliding. Option B is incorrect as removing footrests could cause foot drag; C is less optimal without current adjustments; D is wrong because pressing into knees increases pressure. A transferable principle is to adjust footrests for flat foot placement and thigh support. Another principle is to monitor for fatigue-related positioning changes. One strategy for educating clients is to explain body mechanics and encourage daily self-checks.

This question tests knowledge of the fit and safe use of assistive devices. Proper fit and safe use of assistive devices are crucial in nursing practice to alleviate pain, correct ergonomic issues, and enhance comfort during rehabilitation. Option A ensures proper fit by lowering the height for elbow flexion, reducing wrist strain from improper positioning. Option B is incorrect as heat doesn't address fit; C is less optimal without adjustments; D is wrong because raising shifts strain elsewhere. A transferable principle is to ensure 15-30 degrees elbow flexion for cane users. Another principle is to monitor for pain as an indicator of poor fit. One strategy for educating clients is to demonstrate height adjustments and confirm relief through trial walks.

This question tests knowledge of the fit and safe use of assistive devices. Proper fit and safe use of assistive devices are essential in nursing practice to prevent nerve compression, improve coordination, and support weight-bearing orders. Option A ensures proper fit by providing space below the axilla, allowing weight on hands and reducing injury risk. Option B is incorrect as full elbow extension reduces shock absorption; C is unnecessary without first fitting properly; D is wrong because tips should be lateral for stability. A transferable principle is to maintain 2-3 finger widths below the axilla for crutch fitting. Another principle is to assess upper-body strength and coordination for gait initiation. One strategy for educating clients is to fit devices in standing position and confirm comfort through trial ambulation.

This question tests the fit and safe use of assistive devices, specifically proper cane placement during ambulation. Proper cane use is essential in nursing practice to provide stability, reduce pain, and prevent falls during recovery from lower extremity injuries. The correct answer (A) ensures safe use by instructing the client to hold the cane on the uninjured (left) side and advance it with the injured (right) leg, which provides counterbalance and support when weight-bearing on the affected side. Option B incorrectly suggests keeping the cane on the injured side; option C describes crutch technique rather than cane use; option D unnecessarily restricts weight-bearing status. The fundamental principle is that a cane should be held on the opposite side of the injury to provide a wider base of support and counterbalance during the stance phase of gait. When educating clients, nurses should use the memory aid "cane goes with the pain" (moves forward with the injured leg) while emphasizing placement on the uninjured side.

This question tests the fit and safe use of assistive devices, specifically identifying unsafe walker technique following hip surgery. Safe walker use is essential in nursing practice to protect surgical sites, maintain hip precautions, and prevent falls during post-operative recovery. The correct answer (C) identifies dangerous technique - using the walker to pull oneself up by yanking on it risks tipping the walker backward and violating hip precautions through excessive flexion. Options A, B, and D describe safe practices: proper stepping technique, appropriate use for standing support, and environmental safety awareness. The key principle is that clients should push down on stable surfaces (chair arms) to stand, then position the walker, rather than pulling on the walker itself. When educating post-surgical clients, nurses should demonstrate the safe standing sequence and emphasize protecting the surgical site while building confidence with the assistive device.

This question tests the fit and safe use of assistive devices, specifically proper axillary crutch fitting to prevent nerve damage. Correct crutch fit is vital in nursing practice to prevent brachial plexus injury, maintain stability, and promote healing during non-weight-bearing ambulation. The correct answer (B) ensures proper fit by maintaining a 2-finger-width space between the axilla and crutch top, preventing pressure on nerves and blood vessels while allowing proper weight distribution through the hands. Option A dangerously suggests weight-bearing through axillae; option C addresses gait pattern rather than fit; option D inappropriately changes the weight-bearing prescription. The critical principle is that weight should be borne through the hands and arms, never through the axillae, to prevent nerve damage and maintain circulation. When educating clients, nurses should demonstrate proper hand positioning and have clients practice bearing weight through their palms while keeping axillae free from pressure.

This question tests the fit and safe use of assistive devices, specifically identifying unsafe walker technique that increases fall risk. Safe walker use is essential in nursing practice to prevent falls, maintain stability, and promote independence in clients with cardiac conditions and weakness. The correct answer (C) identifies unsafe technique - lifting the walker and placing it far ahead encourages overreaching and loss of balance, particularly dangerous for someone with weakness and potential orthostatic changes. Options A, B, and D all describe safe practices: keeping walker legs on the floor, managing orthostatic symptoms, and wearing appropriate footwear. The fundamental principle is that walkers should be advanced a comfortable arm's length (6-8 inches) while maintaining all four legs on the ground for maximum stability. When educating clients, nurses should emphasize "small steps for safety" and practice the proper sequence: advance walker, step with weaker leg, then stronger leg.