Nursing Elites

1. Which NSAID is comparable to morphine in efficacy?

• A. Feldene
• B. Stodal
• C. Toradol
• D. Elavil

Correct answer: C

Rationale: The correct answer is Toradol. Toradol is the first injectable NSAID that has been found to be comparable to morphine in terms of efficacy. Feldene (choice A) is not known for being comparable to morphine in efficacy. Stodal (choice B) is a homeopathic cough syrup and not an NSAID. Elavil (choice D) is a tricyclic antidepressant and not an NSAID, so it is not comparable to morphine in efficacy. Therefore, Toradol is the most appropriate choice as it matches the description provided in the question.

2. What is the appropriate ratio of cardiac compressions to ventilations in an adult client for one-person CPR?

• A. 5:01
• B. 1:05
• C. 15:02
• D. 2:15

Correct answer: C

Rationale: The correct answer is 15:2. For one-person CPR on an adult, the ratio of compressions to ventilations is 15:2. This ratio ensures adequate oxygenation while maintaining effective circulation. Choice A (5:1) and Choice B (1:5) are incorrect ratios and do not align with the recommended guidelines for adult CPR. Choice D (2:15) is also incorrect as it reverses the order of compressions and ventilations.

3. Which cultural group has the highest incidence of inflammatory bowel disease (IBD)?

• A. Asians
• B. Caucasians
• C. Hispanics
• D. African Americans

Correct answer: B

Rationale: The correct answer is Caucasians. Studies have shown that Caucasians have the highest incidence of inflammatory bowel disease (IBD) compared to other cultural groups. While IBD can affect individuals from various backgrounds, the prevalence is notably higher in Caucasians. Asians, Hispanics, and African Americans have a lower incidence of IBD compared to Caucasians, making them incorrect choices in this context.

4. Which of these would be the most appropriate way to document a client's refusal of medication?

• A. "Heparin refused during shift. Risks reviewed."?
• B. "The client refused the heparin injection when I tried to administer it. She yelled at me, saying, 'I do not want that injection right now!' and told me to leave the room. I explained the risks of not taking the medication. She seemed very annoyed that I tried to give it at that time. I will attempt again later in my shift."?
• C. "Subcutaneous Heparin injection was attempted to be given to the client per the physician's order. Client refused, stating, 'I do not want that injection.' Potential risks for refusing the medication were reviewed with the client, and the client verbalized understanding."?
• D. "Ct stated she did not want the SQ heparin inj at this time. Risks of not taking this med were reviewed with the ct, and the ct verbalized understanding."?

Correct answer: C

Rationale: The most appropriate way to document a client's refusal of medication should include details such as the medication, the client's statement of refusal, and the review of potential risks. Choice C accurately captures all these essential elements, making it the correct answer. Choice A lacks details about the client's refusal and the review of risks. Choice B includes unnecessary emotional descriptions and a plan of action that might not be appropriate. Choice D uses abbreviations that may not be universally understood, lacks proper punctuation, and also does not provide a detailed account of the refusal and the review of risks.

5. When a client has a chest drainage system in place, where should the system be placed?

• A. above the level of the client's chest
• B. at the level of the client's shoulders
• C. at the level of the chest
• D. below the level of the chest

Correct answer: D

Rationale: A chest drainage system should be placed below the level of the client's chest to ensure proper drainage of fluid from the chest. Placing the system above the level of the chest or at the shoulders would not allow gravity to assist in the drainage process, potentially leading to complications such as fluid accumulation. Similarly, placing it at the level of the chest would not create the necessary gravity-dependent flow for effective drainage, which is crucial for the proper functioning of the chest drainage system.

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