Nursing Elites

1. After undergoing gastric resection, the client is informed by the nurse that which of the following meals is most likely to cause rapid emptying of the stomach?

• A. a high-protein meal
• B. a high-fat meal
• C. a large meal regardless of nutrient content
• D. a high-carbohydrate meal

Correct answer: D

Rationale: After gastric resection, meals high in carbohydrates are more likely to cause rapid emptying of the stomach. Carbohydrates stimulate the release of gastrin, which accelerates gastric emptying. On the other hand, high-fat and high-protein meals tend to delay gastric emptying. A large meal, regardless of nutrient content, can also delay gastric emptying due to the increased volume of food that needs to be processed.

2. Ethics committees typically do not handle which of the following issues?

• A. Nonpayment of bills.
• B. Euthanasia.
• C. Starting or stopping treatment.
• D. Use of feeding tubes.

Correct answer: A

Rationale: Ethics committees primarily focus on addressing ethical dilemmas in healthcare. Issues like euthanasia, decisions regarding starting or stopping treatment, and the use of feeding tubes for nutritional support involve complex ethical considerations related to patient care and end-of-life decisions, which are commonly deliberated by ethics committees. However, nonpayment of bills is a financial matter and falls outside the typical scope of ethics committees' functions.

3. Which of the following indicates a hazard for a client on oxygen therapy?

• A. A 'No Smoking' sign is on the door.
• B. The client is wearing a synthetic gown.
• C. Electrical equipment is grounded.
• D. Matches are removed.

Correct answer: B

Rationale: The correct answer is that the client is wearing a synthetic gown. A synthetic gown might generate sparks of static electricity, which can be a fire hazard, especially in the presence of oxygen. Clients on oxygen therapy should wear cotton gowns to minimize the risk of fire. The other options are not hazards for a client on oxygen therapy: having a 'No Smoking' sign on the door promotes safety by preventing smoking, ensuring electrical equipment is grounded reduces the risk of electrical hazards, and removing matches decreases the risk of fire hazards.

4. When ambulating a client with right-sided weakness, a nursing assistant should be positioned on which side of the client?

• A. Stands behind the client
• B. Positions the free hand on the client's shoulder
• C. Stands on the right side of the client
• D. Grasps the security belt in the midspine area of the small of the client's back

Correct answer: C

Rationale: When ambulating a client with right-sided weakness, the nursing assistant should stand on the affected side, which in this case is the client's right side. This position allows the assistant to provide proper support and assistance. Standing behind the client (Choice A) is incorrect as the assistant should be on the affected side. Positioning the free hand on the client's shoulder (Choice B) is a correct action as it helps in pulling the client toward them in case of a forward fall. Grasping the security belt in the midspine area of the small of the client's back (Choice D) is also correct to provide support and stability during ambulation.

5. What is the most likely reason for a hospitalized adult client who routinely works from midnight until 8 a.m. to have a temperature of 99.1�F at 4 a.m.?

• A. delta sleep
• B. slow brain waves
• C. pneumonia
• D. circadian rhythm

Correct answer: D

Rationale: The correct answer is 'circadian rhythm.' Circadian rhythms are biological cycles that last about 24 hours. The sleep-wake cycle is closely tied to circadian rhythms, affecting body temperature. Normally, core body temperature drops during sleep, reaching its 24-hour low around 4 a.m. In this case, the client's temperature of 99.1�F at 4 a.m. is likely due to the disruption of their circadian rhythm caused by working from midnight until 8 a.m. Choices A, B, and C are incorrect because delta sleep, slow brain waves, and pneumonia do not directly explain the temperature fluctuation based on circadian rhythm.

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