Nursing Elites

1. A healthcare professional is planning care for a client who has a new prescription for a low-sodium diet. Which of the following foods should the healthcare professional recommend?

• A. Canned soup
• B. Fresh fruit
• C. Pickles
• D. Soy sauce

Correct answer: B

Rationale: Fresh fruit is naturally low in sodium and is a suitable choice for a low-sodium diet. It provides essential nutrients without adding significant amounts of sodium, making it a healthy option for individuals following a low-sodium diet. Canned soup, pickles, and soy sauce are high in sodium content and should be avoided by individuals on a low-sodium diet. Canned soups are often loaded with added salt, pickles are preserved in brine containing high sodium levels, and soy sauce is a condiment with a high sodium content.

2. A client has a new prescription for a potassium-sparing diuretic. Which of the following foods should the nurse recommend?

• A. Bananas
• B. Oranges
• C. Spinach
• D. Apples

Correct answer: D

Rationale: Clients on potassium-sparing diuretics need to avoid high-potassium foods to prevent hyperkalemia. Apples are a low-potassium fruit, making them a suitable recommendation for clients on this type of diuretic. Bananas, oranges, and spinach are high-potassium foods that should be avoided by clients taking potassium-sparing diuretics to prevent complications such as hyperkalemia.

3. A healthcare professional is preparing to administer a subcutaneous injection of insulin. Which of the following actions should the professional take?

• A. Use a 1-inch needle.
• B. Insert the needle at a 90-degree angle.
• C. Use a tuberculin syringe.
• D. Aspirate before injecting.

Correct answer: B

Rationale: When administering a subcutaneous injection, inserting the needle at a 90-degree angle is appropriate. This angle helps ensure proper delivery of the medication into the subcutaneous tissue. Using a 1-inch needle is common for subcutaneous injections to reach the subcutaneous fat layer adequately. Tuberculin syringes are typically used for intradermal injections, not subcutaneous injections. Aspirating before injecting is not necessary for subcutaneous injections as it is primarily used for intramuscular injections to ensure the needle is not in a blood vessel.

4. A healthcare provider is preparing to administer an intramuscular injection to an adult client. Which of the following injection sites should the healthcare provider select?

• A. Deltoid muscle
• B. Dorsogluteal muscle
• C. Vastus lateralis muscle
• D. Rectus femoris muscle

Correct answer: A

Rationale: The deltoid muscle is a common site for intramuscular injections in adults due to its accessibility and muscle mass. It is located in the upper arm and provides a sufficient area for injection. The deltoid muscle is preferred for administering vaccines and other medications that require IM administration. Choice B, the dorsogluteal muscle, is not recommended for intramuscular injections due to the proximity of major nerves and blood vessels in that area, which can lead to nerve damage or injury. Choice C, the vastus lateralis muscle, is more commonly used for infants and young children, while choice D, the rectus femoris muscle, is not typically used for intramuscular injections in adults.

5. A healthcare provider is caring for a client who has acute renal failure. Which of the following laboratory results should the healthcare provider expect?

• A. Decreased blood urea nitrogen (BUN)
• B. Decreased creatinine
• C. Increased potassium
• D. Increased calcium

Correct answer: C

Rationale: In acute renal failure, the kidneys are unable to excrete potassium efficiently, which can lead to hyperkalemia. As a result, an increased potassium level is a common finding in clients with acute renal failure. Hyperkalemia can have serious cardiac effects, making it essential for healthcare providers to monitor and manage potassium levels closely in clients with renal impairment. Choices A, B, and D are incorrect because in acute renal failure, blood urea nitrogen (BUN) and creatinine levels typically rise due to decreased renal function. Calcium levels are more likely to be decreased in acute renal failure due to impaired activation of vitamin D and subsequent decreased calcium absorption.

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