Nursing Elites

1. The mother of a child who weighs 45 lb asks a nurse about car safety seats. The nurse tells the mother to place the child in which car safety seat?

• A. Car safety seat in the back seat in a face-forward position
• B. Booster seat with one of the car's seat belts placed over the child
• C. Booster seat in a rear-facing position in the front seat
• D. Car safety seat in a face-forward position in the front seat

Correct answer: B

Rationale: The correct answer is to place the child in a booster seat with one of the car's seat belts placed over the child. A child needs to remain in a car safety seat until he or she weighs 40 lb. Once the child has outgrown the car safety seat, a booster seat is used. Booster seats are designed to raise the child high enough so that the restraining straps are correctly positioned over the child's chest and pelvis, providing optimal safety. Placing a child in a booster seat in a rear-facing position in the front seat is incorrect as children should not be seated in the front seat due to potential airbag-related injuries. Additionally, car safety seats are used for children weighing less than 40 lb and are placed in the middle of the back seat in a rear-facing position for maximum protection.

2. A nurse is watching as a new nurse employee administers an intramuscular (IM) injection in a client's deltoid muscle. The nurse determines that the new employee is performing the procedure correctly if the new employee uses which technique?

• A. Administers the injection 2 inches below the acromion process
• B. Positions the client with the deltoid muscle exposed
• C. Administers the injection in the thigh
• D. Places the client in the Sims position

Correct answer: A

Rationale: When administering an intramuscular injection in the deltoid muscle, the correct technique involves administering the injection 2 inches below the acromion process, which is the bony structure on top of the shoulder blade. This location ensures safe and effective administration. Administering the injection in the thigh (vastus lateralis or rectus femoris muscle) is not appropriate for a deltoid injection as the deltoid muscle is located in the upper arm. The Sims position is not the correct position for a deltoid muscle injection. While positioning the client with the deltoid muscle exposed allows for proper access and visualization, the critical aspect for a correct deltoid injection is the accurate injection site, 2 inches below the acromion process.

3. A client with which of the following conditions is at risk for developing a high ammonia level?

• A. renal failure
• B. psoriasis
• C. lupus
• D. cirrhosis

Correct answer: D

Rationale: A client with cirrhosis is at risk for developing a high ammonia level due to impaired liver function. The liver normally converts ammonia into urea for excretion. In cirrhosis, this process is compromised, leading to elevated ammonia levels in the blood. Renal failure, psoriasis, and lupus do not typically cause high ammonia levels. Renal failure affects kidney function, while psoriasis and lupus are autoimmune conditions that do not directly impact ammonia metabolism.

4. What should be included in the assessment of a client with a cast?

• A. capillary refill, warm toes, no discomfort.
• B. posterior tibial pulses, warm toes.
• C. moist skin essential, pain threshold.
• D. discomfort of the metacarpals.

Correct answer: A

Rationale: When assessing a client with a cast, it is crucial to check for capillary refill to ensure adequate circulation. Warm toes indicate good circulation, while the absence of discomfort suggests the cast is not causing any pain or undue pressure on the client. Therefore, choices B, C, and D are incorrect as they do not address the essential components of assessing a client with a cast.

5. 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.

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