A nurse at a provider's office is collecting physical data from an older adult client. Which of the following images should the nurse identify as an example of an expected age-related change?

A. Instruct the client to blink his eyes as a response: Expressive aphasia affects a person's ability to speak or write, but comprehension is often intact. Encouraging nonverbal communication methods such as blinking for "yes" or "no" responses can help the client effectively express needs and participate in care decisions without requiring speech.

B. Increase voice volume when speaking to the client: Raising the volume does not assist clients with expressive aphasia, as their difficulty lies in expression rather than hearing. Speaking louder can be perceived as frustrating or disrespectful and may not improve understanding or communication for the client.

C. Avoid using hand gestures: Hand gestures and facial expressions can enhance communication for individuals with aphasia by providing visual cues. Avoiding gestures removes a valuable tool that may help the client interpret and respond to messages, especially when they cannot verbalize thoughts.

D. Enunciate words slowly: While speaking clearly is beneficial in many communication disorders, expressive aphasia primarily impairs output, not comprehension. Enunciating slowly may not help the client respond more effectively and is more useful in receptive or global aphasia cases.

A. Leave the needle in place for 10 seconds after the injection: Leaving the needle in place for approximately 10 seconds after administering a subcutaneous injection helps ensure full delivery of the medication and reduces the chance of medication leakage at the injection site.

B. Use a 5-inch needle for the injection: A 5-inch needle is excessively long for subcutaneous injections and would likely penetrate muscle tissue, increasing the risk of injury or incorrect medication administration. Subcutaneous injections typically require a needle length between ⅜ and ⅝ inch.

C. Inject the medication using the Z-track technique: The Z-track technique is used for intramuscular injections to minimize medication leakage and reduce irritation. It is not appropriate for subcutaneous injections, which are administered into the fatty layer beneath the skin, not deep muscle tissue.

D. Insert the syringe at a 15° angle during injection: A 15° angle is used for intradermal injections. Subcutaneous injections should be administered at a 45° to 90° angle depending on the client’s body mass to ensure the medication is delivered into the subcutaneous tissue, not the dermis or muscle.