Nursing Elites

1. When performing nasotracheal suctioning on a client with a respiratory infection, what technique should be used?

• A. Apply intermittent suction when withdrawing the catheter.
• B. Apply continuous suction during insertion of the catheter.
• C. Apply suction only during insertion of the catheter.
• D. Insert the catheter while the client is exhaling.

Correct answer: A

Rationale: The correct technique for nasotracheal suctioning is to apply intermittent suction when withdrawing the catheter. This method helps prevent damage to the mucosa and is the recommended approach. Continuous suction during insertion (choice B) can cause trauma to the airway lining. Applying suction only during insertion (choice C) is not sufficient for effective removal of secretions. Inserting the catheter while the client is exhaling (choice D) does not follow the standard procedure for nasotracheal suctioning.

2. A healthcare professional is calculating a client's fluid intake over the past 8 hr. Which of the following should the healthcare professional plan to document on the client's intake and output record as 120 mL of fluid?

• A. 8 oz of ice chips
• B. 8 oz of ice chips
• C. 1 cup of broth
• D. 1 cup of broth

Correct answer: A

Rationale: Choice A, '8 oz of ice chips,' is the correct answer. 8 oz is equivalent to approximately 240 mL, and since 1 oz is roughly equal to 30 mL, 8 oz would be approximately 240 mL. Since the question specifies 120 mL of fluid, this option does not match. Choices C and D, '1 cup of broth,' do not equate to 120 mL. A standard cup is approximately 240 mL, which is double the amount mentioned in the question. Therefore, choice A is the most accurate representation of 120 mL of fluid intake.

3. A nurse is providing teaching to a newly licensed nurse about the care of a client who has MRSA. Which of the following statements by the newly licensed nurse indicates an understanding of teaching?

• A. I will place the client in a private room
• B. I will tell the client’s visitors to wear a mask when they are within 3 feet of the client
• C. I will remove my gown after leaving the client’s room
• D. I will wear an N95 respirator mask when caring for the client

Correct answer: A

Rationale: The correct answer is A: 'I will place the client in a private room.' Placing the client in a private room helps prevent the spread of MRSA, a contact precaution. Choice B is incorrect because visitors should be following standard precautions for MRSA, not just wearing a mask within a specific distance. Choice C is incorrect as the gown should be removed before exiting the client's room to prevent the spread of MRSA. Choice D is incorrect as an N95 respirator mask is not typically required for the care of a client with MRSA; standard precautions are usually sufficient.

4. When performing nasotracheal suctioning for a client with a respiratory infection, what technique should the nurse use?

• A. Apply intermittent suction when withdrawing the catheter
• B. Suction continuously while inserting the catheter
• C. Suction intermittently while inserting the catheter
• D. Use a Yankauer suction device

Correct answer: A

Rationale: When performing nasotracheal suctioning for a client with a respiratory infection, the nurse should apply intermittent suction when withdrawing the catheter. This technique helps minimize mucosal damage and is considered best practice. Choice B, suctioning continuously while inserting the catheter, is incorrect as continuous suctioning can cause trauma to the airway. Choice C, suctioning intermittently while inserting the catheter, is also incorrect as it can increase the risk of hypoxia and mucosal damage. Choice D, using a Yankauer suction device, is not appropriate for nasotracheal suctioning as it is typically used for oral suctioning. Therefore, the correct technique is to apply intermittent suction when withdrawing the catheter to ensure effective and safe suctioning.

5. What is the rate of delivery in mL/hr if a total volume of 750 mL is infused over a period of 7 hours?

• A. 107 mL/hr.
• B. 107 mL/hr.
• C. 107 mL/hr.
• D. 107 mL/hr.

Correct answer: A

Rationale: The correct rate of delivery is 107 mL/hr. To find the rate of delivery, divide the total volume by the total time: 750 mL / 7 hours = 107 mL/hr. Choice B, C, and D are incorrect as they do not match the correct calculation based on the total volume and time provided.

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