Nursing Elites

1. A client's intake and output are being calculated by a nurse. During the last shift, the client consumed � cup of gelatin, a skinless chicken breast, 1 cup of green beans, and 300 cc of water. The client also urinated 250 cc and had 2 bowel movements. What is this client's intake and output for this shift?

• A. 420 cc intake, 250 cc output
• B. 300 cc intake, 250 cc output
• C. 550 cc intake, 550 cc output
• D. 300 cc intake, 550 cc output

Correct answer: A

Rationale: The correct answer is 420 cc intake and 250 cc output for this shift. To calculate the intake, � cup of gelatin (approximately 120 cc) and 300 cc of water should be added together, resulting in 420 cc. Food intake like the chicken breast and green beans is not converted to cc's but may be documented for hospital protocol. Output includes urine (250 cc in this case) and other forms like vomit, diarrhea, or gastric suction. Bowel movements are not converted to cc's, but the nurse may need to document the number of stools passed. Choices B, C, and D are incorrect because they do not accurately reflect the intake and output calculations based on the information provided.

2. One major difference between long term care and respite centers is the fact that long term care facilities:

• A. provide both physical and emotional care on an ongoing basis, while respite centers offer only temporary services.
• B. provide care for residents on a long-term basis, while respite centers offer only outpatient services.
• C. provide care for residents on a long-term basis, while respite centers offer only temporary services.
• D. There is no difference. Long-term care and respite care are the same.

Correct answer: C

Rationale: The major difference between long-term care and respite centers is that long-term care facilities provide both physical and emotional care on an ongoing, long-term basis. This continuous care is essential for residents who require extended assistance. In contrast, respite centers offer temporary services, providing similar care but for a short-term duration. These short-term services are designed to give family caregivers a break from their daily responsibilities. Choice A is incorrect because both long-term care and respite centers can offer both physical and emotional care, but the key distinction lies in the duration of care provided. Choice B is incorrect as respite centers do not typically offer outpatient services, and the focus is on temporary relief rather than long-term care. Choice D is incorrect as the question clearly highlights a major difference between long-term care and respite centers.

3. A patient's Foley catheter has been discontinued. You will dispose of this patient equipment by doing which of the following?

• A. Wearing gloves and then placing this equipment in the regular trash can after it is placed in a paper bag.
• B. Simply placing this equipment in the regular trash can after it is placed in a paper bag.
• C. Wearing gloves and then placing this equipment into a special 'hazardous waste' container.
• D. Simply placing this equipment in the 'hazardous waste' container after it is placed in a paper bag.

Correct answer: C

Rationale: When disposing of used patient equipment, such as a Foley catheter, that has come in contact with bodily fluids, it is considered hazardous waste. The correct procedure involves wearing gloves and placing the Foley bag and tubing into a special 'hazardous waste' container. This container is marked as 'Hazardous' and is typically red to indicate the potential danger of its contents. Placing the equipment in a regular trash can, even if placed in a paper bag, is not appropriate as it does not meet the standards for disposing of hazardous waste. Therefore, options A and B are incorrect. Similarly, simply placing the equipment in a 'hazardous waste' container after it is placed in a paper bag is also incorrect as direct disposal into the designated container while wearing gloves is the proper protocol, making option D incorrect.

4. What type of blood pressure measurement error is most likely to occur if the nurse does not check for the presence of an auscultatory gap?

• A. Diastolic blood pressure may not be heard.
• B. Diastolic blood pressure may be falsely low.
• C. Systolic blood pressure may be falsely low.
• D. Systolic blood pressure may be falsely high.

Correct answer: C

Rationale: If an auscultatory gap is undetected, a falsely low systolic reading may occur. This gap can lead to an underestimation of the systolic blood pressure, causing potential misinterpretation of the patient's condition. The diastolic blood pressure may not be heard due to the gap, but the critical issue in this scenario is the risk of underestimating systolic blood pressure, which can impact clinical decision-making. Choices B, C, and D are incorrect because the key concern in this context is the potential for a falsely low systolic blood pressure reading when an auscultatory gap is not assessed.

5. The nurse is taking an initial blood pressure reading on a 72-year-old patient with documented hypertension. How should the nurse proceed?

• A. Cuff should be placed on the patient's arm and inflated 30 mm Hg above the point at which the palpated pulse disappears.
• B. Cuff should be inflated to 200 mm Hg in an attempt to obtain the most accurate systolic reading.
• C. Cuff should be inflated 30 mm Hg above the patient's pulse rate.
• D. After confirming the patient's previous blood pressure readings, the cuff should be inflated 30 mm Hg above the highest systolic reading recorded.

Correct answer: C

Rationale: When measuring blood pressure, it's important to account for the possibility of an auscultatory gap, which occurs in about 5% of individuals, particularly those with hypertension due to a noncompliant arterial system. To detect an auscultatory gap, the cuff should be inflated 20 to 30 mm Hg beyond the point at which the palpated pulse disappears. This ensures an accurate measurement of blood pressure by overcoming the potential gap in sounds. Choice A is correct as it follows this guideline. Choices B and C are incorrect because inflating the cuff to 200 mm Hg or above the patient's pulse rate does not address the specific issue of an auscultatory gap. Choice D is incorrect as it focuses on the patient's previous readings rather than the current measurement technique needed to detect an auscultatory gap.

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