Nursing Elites

1. A client with sleep apnea has been ordered a CPAP machine. Which action could the RN delegate to a nursing assistant?

• A. Reminding the client to apply the CPAP at bedtime
• B. Obtaining every three-hour oxygen saturation levels
• C. Teaching the client how to turn on the CPAP machine
• D. Assessing for fatigue or depression caused by poor sleep

Correct answer: A

Rationale: The correct answer is reminding the client to apply the CPAP at bedtime. This task can be safely delegated to a nursing assistant as it involves a simple and routine reminder. Option B, obtaining oxygen saturation levels, requires a higher level of training and interpretation of results, making it more appropriate for an RN. Option C, teaching the client how to turn on the CPAP machine, involves educating the client and ensuring proper use of medical equipment, which is within the RN's scope of practice. Option D, assessing for fatigue or depression, requires a comprehensive evaluation that involves interpreting symptoms and identifying underlying causes, making it more suitable for an RN to address.

2. When assessing a client in the Emergency Department whose membranes have ruptured, the nurse notes that the fluid is a greenish color. What is the cause of this greenish coloration?

• A. blood
• B. meconium
• C. hydramnios
• D. caput

Correct answer: B

Rationale: The correct answer is B: meconium. Greenish amniotic fluid passed when the fetus is in a cephalic (head) presentation might indicate fetal distress. A fetus in the breech presentation passes meconium due to compression on the intestinal tract. Choice A, blood, is incorrect as blood in the amniotic fluid would present as a different color. Choice C, hydramnios, refers to an excess of amniotic fluid and would not cause the greenish coloration. Choice D, caput, is swelling of a newborn's scalp and is not related to the color of the amniotic fluid.

3. Which physiologic mechanism best describes the function of the sodium-potassium pump?

• A. active transport
• B. diffusion
• C. filtration
• D. osmosis

Correct answer: A

Rationale: Active transport is the correct answer as it accurately describes the process involved in the sodium-potassium pump. The pump utilizes energy to move ions against their concentration gradient, maintaining cellular concentrations. Diffusion (choice B) is a passive process where substances move from an area of higher concentration to lower concentration. Filtration (choice C) involves the movement of solutes based on pressure gradients. Osmosis (choice D) is the movement of water across a semipermeable membrane.

4. The nurse is providing post-operative care to the craniotomy client. Diabetes insipidus is suspected when the client's urine output suddenly increases significantly. Which action takes highest priority?

• A. Continue to monitor urine output
• B. Check a pulse
• C. Check a blood pressure
• D. Check level of consciousness (LOC)

Correct answer: C

Rationale: The correct answer is to check a blood pressure. Diabetes insipidus can lead to dehydration and potential hypovolemic shock due to excessive urine output. Monitoring blood pressure is crucial to assess the client's circulatory status and detect signs of shock early. Checking the blood pressure will provide essential information on perfusion, which is vital in this situation. Continuing to monitor urine output, checking a pulse, or assessing the level of consciousness are important but not as high a priority as evaluating the blood pressure in a potentially critical situation like suspected diabetes insipidus.

5. The client is preparing to learn about the effects of isoniazid (INH). Which information is essential for the client to understand?

• A. Isoniazid should be taken with meals to reduce gastrointestinal upset.
• B. Prolonged use of isoniazid may result in dark, concentrated urine.
• C. Taking aluminum hydroxide (Maalox) with isoniazid can enhance the drug's effects.
• D. Consuming alcohol daily can increase the risk of drug-induced hepatitis.

Correct answer: D

Rationale: It is crucial for the client to understand that consuming alcohol while on isoniazid can increase the risk of drug-induced hepatitis. Hepatic damage can lead to dark, concentrated urine. To minimize gastrointestinal upset, it is recommended to take isoniazid with meals rather than on an empty stomach. Additionally, the client should avoid taking aluminum-containing antacids like aluminum hydroxide with isoniazid, as it can reduce the drug's effectiveness. Choice A is incorrect because isoniazid should not be taken on an empty stomach to help reduce GI upset. Choice B is incorrect, as prolonged use of isoniazid does not typically cause dark, concentrated urine. Choice C is incorrect as taking aluminum hydroxide with isoniazid does not enhance the drug's effects; in fact, it may decrease its effectiveness.

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