A nurse is assessing a client's ability to ambulate with crutches using a three-point gait. Which of the following actions should the nurse identify as a risk to the client's safety?
The client stands in a tripod position prior to walking.
The client keeps the elbows in a flexed position.
The client pushes downward on the handgrips.
The client places partial weight on the affected leg.
The Correct Answer is D
A. Standing in a tripod position prior to walking with crutches is a correct stance to maintain balance and stability.
B. Keeping the elbows flexed helps absorb shock during ambulation and is appropriate when using crutches.
C. Pushing downward on the handgrips is necessary to generate upward force and support while using crutches.
D. Placing partial weight on the affected leg while ambulating with crutches using a three-point gait is incorrect and can jeopardize safety by potentially causing injury or instability.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is C
Explanation
A. Positions the wrapped package on the bedside table so the outer flap is away from her: This action is correct because opening the flap away from the body minimizes the risk of contaminating the sterile field.
B. Holds gauze packages 15 cm (6 in) above the sterile field: This action is correct. Dropping sterile items from a height of 6 inches or more prevents contamination by ensuring they do not touch the edges or outside surfaces of the sterile field.
C. Holds a bottle of solution with the label away from the palm of the hand: When pouring a solution, the label should be held toward the palm of the hand to protect it from damage caused by spills. A damaged label could make it difficult to identify the solution, increasing the risk of error.
D. Wears sterile gloves when moving sterile items on the sterile field: This action is appropriate. Sterile gloves help maintain the sterility of the field and are required when manipulating sterile items.
Correct Answer is ["125"]
Explanation
To calculate the infusion rate for an IV, the total volume to be infused (in this case, 1000 mL) is divided by the total time of infusion (8 hours). So, the calculation would be 1000 mL divided by 8 hours, which equals 125 mL per hour.
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