Nursing Elites

1. What are the fine, down-like hairs on the newborn's ears, shoulders, lower back, and/or forehead known as?

• A. Vernix.
• B. Lanugo.
• C. Milia.
• D. Vibrissae.

Correct answer: B

Rationale: Lanugo is the term used to describe the fine, down-like hairs found on a newborn's ears, shoulders, lower back, and/or forehead. These hairs are different from vernix, which is a waxy or cheese-like white substance covering the skin of newborns. Milia are small, white, or yellowish cysts that commonly appear on a newborn's face, while vibrissae are the thick, stiff hairs commonly found around the nose and other parts of the face.

2. A client diagnosed with type 1 diabetes receives insulin. He asks the nurse why he can't just take pills instead. What is the best response by the nurse?

• A. Insulin must be injected because it needs to work quickly.
• B. Insulin can't be in a pill because it is destroyed in stomach acid.
• C. Have you talked to your doctor about taking pills instead?
• D. I know it is tough, but you will get used to the shots soon.

Correct answer: B

Rationale: The correct answer is B because insulin cannot be taken orally as it gets destroyed by stomach acid. Choice A is incorrect as the speed of action is not the reason why insulin can't be in pill form. Choice C is incorrect as it doesn't address the nature of insulin. Choice D is incorrect as it doesn't provide a factual reason why insulin can't be in pill form.

3. Which of the following is a key benefit of interprofessional collaboration in healthcare?

• A. Increased professional isolation
• B. Improved patient outcomes
• C. Reduced need for communication
• D. Longer treatment times

Correct answer: B

Rationale: Improved patient outcomes are a key benefit of interprofessional collaboration in healthcare. Collaboration among healthcare professionals leads to better coordination of care, reduced medical errors, and improved overall patient satisfaction. The other choices are incorrect because interprofessional collaboration aims to decrease professional isolation, enhance communication among team members, and streamline treatment processes to reduce time spent on patient care.

4. A nurse is supervising an assistive personnel (AP) who is feeding a client who has dysphagia. Which of the following actions by the AP should the nurse identify as correct technique?

• A. Elevating the head of the client's bed to 30 degrees during mealtime
• B. Withholding fluids until the end of the meal
• C. Providing a 10-minute rest period prior to meals
• D. Instructing the client to place her chin toward her chest when swallowing

Correct answer: D

Rationale: The correct technique for a client with dysphagia is to instruct them to place their chin toward their chest when swallowing. This action helps to close off the airway during swallowing, reducing the risk of aspiration. Elevating the head of the client's bed to 30 degrees during mealtime helps prevent aspiration, but this is not the responsibility of the AP. Withholding fluids until the end of the meal can lead to dehydration and is not a recommended practice. Providing a 10-minute rest period prior to meals is not specifically related to improving swallowing safety for clients with dysphagia.

5. While caring for a four-year-old female patient who was severely burned in a house fire, how would you determine the extent of this child's burns?

• A. By using the Lund and Browder chart
• B. By using the Rule of Nines
• C. By using the Rule of Tens
• D. By using the Parkland Formula

Correct answer: A

Rationale: The correct answer is A: By using the Lund and Browder chart. The Lund and Browder chart is specifically designed to assess the extent of burns in children accurately, taking into account the variation in body proportions as children grow. This method provides a more precise estimation of the total body surface area affected by burns in pediatric patients. Choices B, C, and D are incorrect. The Rule of Nines is more suitable for adults, not children. The Rule of Tens is not a standard method for assessing burn extent, and the Parkland Formula is used to calculate fluid resuscitation requirements in burn patients, not to determine the extent of burns.

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