Nursing Elites

1. 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.

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

• A. cup the hands
• B. use the side of the hands
• C. flatten the hands
• D. spread the fingers of both hands

Correct answer: C

Rationale: The correct hand position for performing chest vibration is to flatten the hands. By flattening the hands over the area of the body where chest percussion is applied, vibrations can be conducted effectively to the chest to help loosen secretions. Cupping the hands may dampen vibrations, using the side of the hands reduces the surface area in contact with the chest, and spreading the fingers can lead to uneven pressure distribution. Therefore, flattening the hands provides the necessary contact and surface area to perform chest vibration efficiently.

3. To ensure proper immobilization and increase client comfort when using a rigid splint, what should be done?

• A. Place the client on a stretcher before splinting.
• B. Place the client on a long spine board before splinting.
• C. Pad the spaces between the body part and the splint.
• D. Ensure that the splint conforms to the body curves.

Correct answer: C

Rationale: Correct. When using a rigid splint, it is essential to pad the spaces between the body part and the splint to ensure proper immobilization and increase client comfort. This padding helps prevent pressure points and ensures a proper fit of the splint without causing discomfort. Placing the client on a stretcher or a long spine board before splinting (choices A and B) may be necessary for transportation but does not directly relate to the proper use of a rigid splint. Ensuring that the splint conforms to the body curves (choice D) is important but not as crucial as padding the spaces to prevent discomfort and ensure proper immobilization.

4. A client has experienced a CVA with right hemiparesis and is ready for discharge from the hospital to a long-term care facility for rehab. To provide optimal continuity of care, the nurse should do all of the following except:

• A. document the current functional status
• B. have the physician fax a report to the receiving facility
• C. copy appropriate parts of the medical record for transport to the receiving facility
• D. phone a report to the facility

Correct answer: B

Rationale: To ensure optimal continuity of care for a client transitioning to a long-term care facility for rehab after a CVA, the nurse plays a crucial role in communication. Documenting the current functional status is essential for the receiving facility to plan appropriate care. Copying relevant parts of the medical record for transport provides important background information. Phoning a report directly to the facility is a direct and effective way to communicate the client's condition and care plan. However, having the physician fax a report to the receiving facility introduces an extra step that may delay essential information transfer and increase the risk of miscommunication. Therefore, it is not the optimal choice for ensuring seamless continuity of care.

5. Which of these should not be included when calculating a client's fluid intake?

• A. ice chips
• B. Jell-O�
• C. pudding
• D. IV fluid from an antibiotic piggyback

Correct answer: C

Rationale: Pudding is a semi-solid and does not contribute significantly to fluid intake as it does not melt at room temperature. Therefore, it should not be included in fluid intake calculations. On the other hand, ice chips, Jell-O�, and IV fluid from an antibiotic piggyback are all sources of fluid that can significantly contribute to a client's total fluid intake and should be considered when calculating it. Ice chips and Jell-O� provide hydration upon melting, while IV fluid directly adds to the fluid volume in the body.

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