Nursing Elites

1. A client has bilateral eye patches in place following an injury. When the client's food tray arrives, which of the following interventions should the nurse take to promote independence in eating?

• A. Assign an assistive personnel to feed the client.
• B. Explain to the client that their tray is here and guide their hands to it.
• C. Describe to the client the location of the food on the tray.
• D. Ask the client if they would prefer a liquid diet.

Correct answer: C

Rationale: When a client has bilateral eye patches, promoting independence in eating is crucial to maintain dignity and autonomy. Describing the location of the food on the tray enables the client to locate and feed themselves. Assigning assistive personnel to feed the client (Choice A) takes away their independence. Merely informing the client that the tray is here and guiding their hands to it (Choice B) does not empower the client to eat independently. Asking if the client prefers a liquid diet (Choice D) is not directly addressing the client's ability to independently eat the current meal.

2. What would you do to increase the amount of iron absorbed from a meal?

• A. Drink plenty of coffee before each meal
• B. Avoid eating foods rich in vitamin C with the meal
• C. Eat a calcium-rich food with the meal
• D. Consume orange juice as a beverage with a meal

Correct answer: D

Rationale: The correct answer is D: 'Consume orange juice as a beverage with a meal'. This is because Vitamin C significantly enhances the absorption of non-heme iron, a form of iron found in plant-based foods. Therefore, consuming orange juice, which is rich in vitamin C, with a meal can effectively increase iron absorption. On the contrary, choices A, B, and C are incorrect. Coffee (Choice A) contains polyphenols that can inhibit iron absorption. Avoiding vitamin C-rich foods (Choice B) would decrease iron absorption, not increase it. While calcium (Choice C) is essential for many bodily processes, it can actually inhibit iron absorption when consumed together.

3. Almost all (99%) of the calcium in the body is used for?

• A. regulating the transmission of nerve impulses
• B. providing energy for cells
• C. providing rigidity for the bones
• D. regulating muscle contraction

Correct answer: C

Rationale: The correct answer is C: providing rigidity for the bones. Almost all of the calcium in the body is utilized for maintaining the strength and structure of bones and teeth. Calcium plays a crucial role in skeletal health by providing rigidity and support to the skeletal system. Choices A, B, and D are incorrect because while calcium is essential for various physiological functions like nerve transmission, cell energy production, and muscle contraction, the majority of calcium in the body is primarily allocated for bone health.

4. A client is being instructed by a nurse about foods that should be included in a low-fiber diet. Which statement by the client indicates understanding?

• A. I can cut up carrots and celery sticks for my lunch.
• B. I will eat a bran muffin for my mid-morning snack.
• C. I will have oatmeal with skim milk for my breakfast.
• D. I should choose canned peaches for my fruit serving.

Correct answer: D

Rationale: The correct answer is D because canned peaches are lower in fiber compared to the other options. Carrots, celery sticks, bran muffins, and oatmeal are high-fiber choices, which are not suitable for a low-fiber diet. Choosing canned peaches aligns with the requirements of a low-fiber diet.

5. Sugar alcohols have anticariogenic properties and can protect the teeth by decreasing demineralization, enhancing remineralization, or increasing salivary flow, even in the presence of a fermentable carbohydrate. Name 3 sugar alcohols.

• A. Sorbitol
• B. Mannitol
• C. Xylitol
• D. Erythritol

Correct answer: D

Rationale: Sugar alcohols such as sorbitol, mannitol, and xylitol are commonly used in sugar-free products and have properties that help protect teeth from caries by promoting remineralization and increasing salivary flow. Erythritol is another common sugar alcohol used as a sweetener in various products, but it was not listed in the question.

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