Nursing Elites

1. In assessing the client's chest, which position best shows chest expansion as well as its movements?

• A. Sitting
• B. Prone
• C. Sidelying
• D. Supine

Correct answer: A

Rationale: The position that best shows chest expansion as well as its movements is when the client is sitting. When the client is seated, their chest is in an optimal position for observing the full range of chest expansion during breathing. This position allows for easy visualization of chest movements and expansion as the client breathes in and out, providing a comprehensive assessment of respiratory function. Choice B (Prone) and Choice D (Supine) involve positions where the chest's movements and expansion are less visible and may not provide an accurate representation of respiratory function. Choice C (Sidelying) can also limit the visibility of chest expansion compared to the sitting position.

2. A client who _____ diet requires _____ amounts of vitamin C.

• A. Follows a vegan diet
• B. Smokes cigarettes
• C. Follows a vegetarian diet
• D. Follows a ketogenic diet

Correct answer: B

Rationale: Clients who smoke require more vitamin C due to increased oxidative stress and depletion of vitamin C. Smoking leads to the generation of free radicals in the body, causing oxidative stress and consuming higher levels of antioxidants like vitamin C. Choices A, C, and D are incorrect as they do not directly relate to the increased need for vitamin C as seen in smokers.

3. A client is at risk for excess fluid volume. Which nursing intervention ensures the most accurate monitoring of the client’s fluid status?

• A. Measuring and recording fluid intake and output
• B. Weighing the client daily at the same time each day
• C. Assessing the client’s vital signs every 4 hours
• D. Checking the client’s lungs for crackles during every shift

Correct answer: B

Rationale: The correct answer is B. Weighing the client daily at the same time each day is the most accurate method for monitoring fluid balance. Changes in body weight can indicate fluid retention or loss. Measuring and recording fluid intake and output (choice A) is important but may not reflect total body fluid status accurately. Assessing vital signs (choice C) and checking the client's lungs for crackles (choice D) are important assessments but do not directly provide the most accurate monitoring of fluid status.

4. Which nutrient deficiency is most likely to be seen in patients with chronic alcoholism?

• A. Vitamin C
• B. Vitamin D
• C. Vitamin B12
• D. Vitamin B1

Correct answer: D

Rationale: Patients with chronic alcoholism are most likely to develop a deficiency in Vitamin B1 (thiamine) due to poor dietary intake and impaired absorption. This deficiency can lead to conditions like Wernicke's encephalopathy and Korsakoff's syndrome. While deficiencies in other vitamins can also occur in chronic alcoholism, Vitamin B1 deficiency is more commonly associated with this condition, making it the most likely nutrient deficiency in these patients. Therefore, the correct answer is Vitamin B1 (Choice D). Deficiencies in Vitamin C (Choice A), Vitamin D (Choice B), and Vitamin B12 (Choice C) can also be seen in patients with chronic alcoholism, but they are not as commonly linked to this condition compared to Vitamin B1 deficiency.

5. A client has been given instructions about ferrous sulfate. Which statement made by the client would indicate the client needs further education?

• A. "I will take this medication with a full glass of milk."
• B. "I will take the morning dose 1 hour before breakfast."
• C. "I will need to avoid taking this medication with coffee."
• D. "I will take antacids if needed, 2 hours after I take ferrous sulfate."

Correct answer: A

Rationale: The correct answer is A. Ferrous sulfate should not be taken with milk as it can impair iron absorption. Choice B is correct as taking the morning dose 1 hour before breakfast is appropriate. Choice C is correct as coffee can interfere with iron absorption. Choice D is correct as antacids should be taken 2 hours after ferrous sulfate to avoid interference with its absorption.

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