Nursing Elites

1. The nurse observes bilateral bruises on the arms of an elderly client in a long-term care facility. Which of the following questions should the nurse ask this client?

• A. "How did you get those bruises?"?
• B. "Did someone grab you by your arms?"?
• C. "Do you fall often?"?
• D. "What did you bump against?"?

Correct answer: B

Rationale: The correct answer is asking, "Did someone grab you by your arms?"? This question is direct and addresses the possibility of abuse, which is crucial when dealing with suspected abuse cases. It is important to ask direct questions in a sensitive and non-accusatory manner to gather information. Choice A is too general and may not prompt a disclosure of abuse. Choice C assumes falling as the cause without addressing abuse directly. Choice D is vague and does not specifically inquire about potential abuse, making it less effective in identifying abuse cases compared to the correct choice.

2. A client is admitted with Ewing's sarcoma. Which symptoms would be expected due to this tumor's location?

• A. Hemiplegia
• B. Aphasia
• C. Nausea
• D. Bone pain

Correct answer: D

Rationale: Ewing's sarcoma is a type of bone cancer that primarily affects the bones. Therefore, bone pain would be an expected symptom due to this tumor's location. Hemiplegia, which refers to paralysis on one side of the body, Aphasia, a language disorder, and Nausea are not typical symptoms of Ewing's sarcoma. While Nausea is a common symptom in various conditions, it is not specific to bone cancer like Ewing's sarcoma. Therefore, Bone pain is the most likely symptom associated with Ewing's sarcoma.

3. The primary organ for drug elimination is the:

• A. skin
• B. lung(s)
• C. kidney(s)
• D. liver

Correct answer: C

Rationale: The correct answer is the kidney(s) because most drugs are excreted in the urine, either as the parent compound or as drug metabolites. The skin is not the primary organ for drug elimination; only a few drugs are excreted in sweat. The lung(s) primarily excrete volatile gases with expiration, not drugs. While the liver metabolizes drugs, it is the kidney(s) that primarily eliminate drugs through urine, especially those with a molecular weight above 300.

4. Narrow therapeutic index medications:

• A. are drug formulations with limited pharmacokinetic variability.
• B. have limited value and require no monitoring of blood levels.
• C. have less than a twofold difference in minimum toxic levels and minimum effective concentration in the blood
• D. have limited potency and side effects.

Correct answer: C

Rationale: The therapeutic index is the ratio between the median lethal dose and median effective dose of a drug, indicating the safety margin. Narrow therapeutic index medications have a small difference between minimum toxic levels and minimum effective concentration in the blood, making them high-risk drugs that require close monitoring to avoid toxicity. Choice A is incorrect because pharmacokinetics refer to drug absorption, distribution, metabolism, and elimination, not the therapeutic index. Choice B is incorrect because narrow therapeutic index drugs necessitate monitoring due to their narrow margin of safety. Choice D is incorrect because narrow therapeutic index drugs do not necessarily have limited potency but are characterized by a small window between efficacy and toxicity.

5. How should Lasix be administered to prevent hypotension?

• A. By administering it over 1-2 minutes
• B. By hanging it IV piggyback
• C. With normal saline only
• D. By administering it through a venous access device

Correct answer: A

Rationale: Lasix should be administered over 1-2 minutes at approximately 1mL per minute to prevent hypotension. This slow administration helps to reduce the risk of adverse effects such as sudden drops in blood pressure. Choice B is incorrect because Lasix does not need to be hung IV piggyback, choice C is incorrect as Lasix administration does not require it to be mixed with normal saline only, and choice D is incorrect as Lasix does not have to be specifically administered through a venous access device (VAD) to prevent hypotension.

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