A nurse is caring for a client who has a severe gangrenous infection of the right lower extremity. The nurse should plan preoperative teaching based on the possibility of which of the following amputation procedures?
"Your pain will gradually become less severe."
The pain will disappear soon."
"it's likely that you will have only a tingling sensation."
"Phantom pain is mostly psychological.
The Correct Answer is A
A. "Your pain will gradually become less severe." This statement is accurate and provides realistic expectations for the client. After an amputation, there will be initial post operative pain, but it should gradually decrease over time.
B. "The pain will disappear soon." This statement is not accurate. While the pain will eventually decrease, it may not completely disappear immediately after the procedure.
C. "It's likely that you will have only a tingling sensation." This statement is not accurate. While some clients may experience tingling sensations, it is not the only sensation they may feel, and this statement does not cover the full range of possible experiences.
D. "Phantom pain is mostly psychological." This statement is not accurate. Phantom pain is a real sensation that some individuals experience after an amputation. It is believed to be related to nerve endings that continue to send signals to the brain even though the limb is no longer present. It is not purely psychological.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is D
Explanation
A. Protective isolation is not routinely required for clients following scoliosis repair unless there is an underlying infection risk.
B. A PCA pump may be used for pain control, but it is not specific to post-scoliosis repair care.
C. Keeping the head of the bed at 30° is not required; positioning should focus on spinal alignment.
D. Log rolling the client every 4 hours is essential to maintain spinal alignment, prevent complications, and ensure safety following Harrington rod instrumentation.
Correct Answer is ["32"]
Explanation
- To calculate the infusion rate, use the formula: mL/hr = (units/hr) x (mL) / (units) - Plug in the values from the question: mL/hr = (1600 units/hr) x (500 mL) / (25.000 units) - Simplify and solve: mL/hr = 32
- Round to the nearest whole number: 32
- The answer is 32 mL/hr
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