Nursing Elites

1. For administering a cleansing enema, what is the common position typically used?

• A. Sims left lateral
• B. Dorsal Recumbent
• C. Supine
• D. Prone

Correct answer: A

Rationale: The correct position for administering a cleansing enema is the Sims left lateral position. This position is preferred as it helps to facilitate the procedure by allowing gravity to assist in the flow of the enema solution. The individual lies on their left side with the right knee flexed towards the chest, which helps to promote retention of the enema solution and its distribution throughout the colon. Choices B, C, and D are incorrect. The dorsal recumbent position (Choice B) is commonly used for physical examinations of the abdomen and genitalia. The supine position (Choice C) involves lying flat on the back and is not ideal for administering enemas. The prone position (Choice D) is lying flat on the stomach and is not suitable for administering enemas.

2. A healthcare provider is preparing to care for a client following chest tube placement. Which of the following items should NOT be available in the client's room?

• A. Oxygen
• B. Sterile water
• C. Enclosed hemostat clamps
• D. Indwelling urinary catheter

Correct answer: D

Rationale: Following chest tube placement, an indwelling urinary catheter is not typically needed or relevant to the care provided. Chest tube placement is primarily concerned with managing pleural effusion or pneumothorax, and urinary catheterization is not directly related to this procedure. Oxygen, sterile water, and enclosed hemostat clamps are commonly used items in the care of a client with a chest tube in place, to ensure proper oxygenation, maintain drainage system integrity, and manage any bleeding that may occur. Therefore, the indwelling urinary catheter should not be available in the client's room following chest tube placement.

3. When caring for a client on pressure support ventilation (PSV), which statement by the nurse indicates an understanding of PSV?

• A. It keeps the alveoli open and prevents atelectasis.
• B. It allows preset pressure delivered during spontaneous ventilation.
• C. It guarantees minimal minute ventilator.
• D. It delivers a preset ventilatory rate and tidal volume to the client.

Correct answer: B

Rationale: Pressure support ventilation (PSV) is a mode that delivers a preset pressure when the client initiates a breath. This support helps the client to breathe spontaneously by reducing the work of breathing. The correct statement indicating an understanding of PSV is that it allows preset pressure to be delivered during spontaneous ventilation, as it assists the client's efforts without controlling the rate or volume of each breath.

4. A healthcare professional is assessing a client who has experienced a left-hemispheric stroke. Which of the following is an expected finding?

• A. Impulse control difficulty
• B. Poor judgement
• C. Inability to recognize familiar objects
• D. Loss of depth perception

Correct answer: C

Rationale: Patients who have experienced a left-hemispheric stroke may exhibit symptoms of agnosia, which is the inability to recognize familiar objects or people. This occurs due to damage to the right hemisphere of the brain, which is responsible for visual and spatial perception. Impulse control difficulty, poor judgment, and loss of depth perception are not typically associated with left-hemispheric strokes.

5. A client with COPD expresses concerns about leaving the house due to continuous oxygen use. What is an appropriate response by the nurse?

• A. There are portable oxygen delivery systems that you can take with you.
• B. When you go out, you can remove the oxygen and then reapply it when you get home.
• C. You probably will not be able to go out as much as you used to.
• D. Home health services will come to see you so you will not need to get out.

Correct answer: A

Rationale: For a client with COPD concerned about leaving the house while on continuous oxygen, the nurse should provide reassurance by mentioning the availability of portable oxygen delivery systems. These systems allow the client to maintain their oxygen therapy while being mobile, enabling them to go out and engage in activities outside the home. This response promotes independence and quality of life for the client, addressing their immediate concerns and offering a practical solution to their perceived limitation.

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