Nursing Elites

1. Which statement about clinical pathways is inaccurate?

• A. They require daily updates.
• B. They illustrate the expected client response to their diagnosis.
• C. The objective is improvement or discharge from the facility.
• D. They are evidence-based.

Correct answer: A

Rationale: The correct answer is that clinical pathways do not necessarily require daily updates. Clinical pathways can be customized to be updated daily, weekly, or at other intervals based on patient needs and facility protocols. Choice A is inaccurate as daily updates are not always mandatory for clinical pathways. Choices B, C, and D are accurate features of clinical pathways: they depict the expected client response to the diagnosis, aim for improvement or discharge, and are grounded in evidence-based practices to ensure optimal care.

2. Why is padding on a restraint helpful?

• A. To distribute pressure so that bony prominences do not receive pressure when a client pulls against the restraints.
• B. To help the client feel more secure.
• C. To keep infection and wounds at bay.
• D. To keep restraints in place.

Correct answer: A

Rationale: Padding on a restraint helps distribute pressure to prevent bony prominences from bearing excessive pressure when a client pulls against the restraints. This is crucial to avoid tissue damage caused by ischemia. The correct answer focuses on the physiological benefit of padding in reducing pressure on vulnerable areas to prevent harm. Choice B is incorrect as the primary purpose of padding is not emotional comfort but preventing physical harm. Choice C is incorrect as while padding can indirectly help prevent infection and wounds by reducing pressure, its primary function is pressure distribution. Choice D is incorrect as the main purpose of padding is not to keep the restraints in place but to protect the client's skin and tissues from pressure-related injuries.

3. Which of these types of fluid output is not typically measured?

• A. chest tube drainage
• B. emesis
• C. evaporative water from the respiratory tract
• D. urine

Correct answer: D

Rationale: The correct answer is 'urine.' Urine output is routinely measured to assess renal function and fluid balance. Choices A, B, and C are types of fluid output that are typically measured in a clinical setting. Chest tube drainage is monitored to evaluate drainage from the chest cavity, emesis refers to vomitus which can indicate gastrointestinal issues, and evaporative water from the respiratory tract is considered insensible loss and is not directly measured but estimated in overall fluid balance assessments.

4. A client whose right leg is in skeletal traction complains of pain in the leg. Which action should the nurse take first?

• A. Asking the client to wiggle their toes
• B. Medicating the client with the prescribed analgesic
• C. Realigning the client
• D. Removing some of the traction weights

Correct answer: C

Rationale: When a client in skeletal traction complains of pain, the priority action for the nurse is to realign the client. Severe pain may indicate the need for realignment or that the traction weights are too heavy. Realigning the client should be the initial response as it can help alleviate the pain by ensuring proper alignment. Asking the client to wiggle their toes may not address the underlying issue causing the pain. Removing traction weights should never be done unless specifically ordered by the healthcare provider as it can affect the traction's effectiveness. Medicating the client with analgesics should only be considered after attempting to address the cause of the pain, which in this case, is realignment.

5. 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.

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