Nursing Elites

1. A client states, 'I can leave the diaphragm in place as long as I want after intercourse.' Which statement indicates to the nurse that the client needs further information on how to use the diaphragm?

• A. 'I need to reapply spermicidal cream with repeated intercourse.'
• B. 'The diaphragm needs to be filled with spermicidal cream before insertion.'
• C. 'I can leave the diaphragm in place as long as I want after intercourse.'
• D. 'The diaphragm can be inserted as long as 6 hours before intercourse.'

Correct answer: C

Rationale: The correct answer is the statement, 'I can leave the diaphragm in place as long as I want after intercourse.' This statement indicates a lack of understanding about the correct use of the diaphragm. The diaphragm must be left in place for at least 6 hours after intercourse to ensure effectiveness and reduce the risk of pregnancy. Leaving the diaphragm in place for an extended period can lead to toxic shock syndrome. Choice A is correct as spermicidal cream needs to be reapplied before each act of intercourse for optimal contraceptive efficacy. Choice B is a correct statement as the diaphragm should be filled with spermicidal cream before insertion to increase its effectiveness. Choice D is also accurate as the diaphragm can be inserted up to 6 hours before intercourse to allow time for proper placement and effectiveness.

2. Which is the proper hand position for performing chest percussion?

• A. Use the side of the hands
• B. Flatten the hands
• C. Spread the fingers of both hands
• D. Cup the hands

Correct answer: D

Rationale: The proper hand position for performing chest percussion is to cup the hands. Cupping the hands helps produce a vibration that aids in loosening respiratory secretions effectively. This technique is essential for therapeutic chest physiotherapy. Using the side of the hands, flattening the hands, or spreading the fingers of both hands do not generate the necessary vibration required for chest percussion. These hand positions are not considered proper techniques in this context and may not provide the desired therapeutic effect.

3. Which of the following lab values is elevated first after a client has a myocardial infarction?

• A. LDH
• B. troponin
• C. CPK
• D. SGOT

Correct answer: B

Rationale: The correct answer is troponin. Troponin levels are the most specific and sensitive markers for myocardial infarction, and they begin to rise within a few hours after the event. CPK, SGOT, and LDH are also enzymes that can indicate myocardial damage, but troponin is the earliest and most specific indicator. CPK typically rises 4-8 hours after an infarction, followed by SGOT (AST) at 8-12 hours, and LDH at 12-24 hours post-infarction.

4. An 80-year-old aphasic CVA client had abdominal surgery 2 days ago. Which of the following puts this client at the highest risk for inadequate pain management?

• A. Inability to turn, cough, and breathe deeply
• B. Inability to communicate pain
• C. Inability to ambulate freely
• D. Inability to use a bedside commode

Correct answer: B

Rationale: The correct answer is B: Inability to communicate pain. In this scenario, the client's aphasia prevents them from verbally expressing their pain, which can lead to inadequate pain management if the healthcare team is not vigilant. The nurse must use alternative methods to assess and address the client's pain. Choices A, C, and D, although important considerations in postoperative care, do not directly relate to the client's ability to communicate pain, which is crucial for effective pain management in this case.

5. When a client has a chest drainage system in place, where should the system be placed?

• A. above the level of the client's chest
• B. at the level of the client's shoulders
• C. at the level of the chest
• D. below the level of the chest

Correct answer: D

Rationale: A chest drainage system should be placed below the level of the client's chest to ensure proper drainage of fluid from the chest. Placing the system above the level of the chest or at the shoulders would not allow gravity to assist in the drainage process, potentially leading to complications such as fluid accumulation. Similarly, placing it at the level of the chest would not create the necessary gravity-dependent flow for effective drainage, which is crucial for the proper functioning of the chest drainage system.

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