Nursing Elites

1. A nurse observes a nursing assistant communicating with a hearing-impaired client in later adulthood. The nurse should intervene if the nursing assistant performs which action?

• A. Uses short sentences
• B. Speaks at a normal rate and volume
• C. Uses facial expressions or gestures
• D. Overarticulates words

Correct answer: D

Rationale: The correct answer is 'Overarticulates words.' When communicating with a hearing-impaired client who may rely on lip-reading, it is essential to speak clearly at a normal rate and volume. Overarticulating words can distort lip movements, making it harder for the client to understand. Using short sentences helps in conveying information effectively, allowing the client time to process. While facial expressions and gestures provide additional visual cues that aid in communication, overarticulating words can be counterproductive in this scenario. Therefore, the nursing assistant should avoid overarticulating words to ensure clear and concise communication for the client.

2. A nurse is preparing to auscultate a fetal heart rate (FHR). The nurse performs the Leopold maneuvers to determine the position of the fetus and then places the fetoscope over which part of the fetus?

• A. Back of the fetus
• B. Carotid artery in the neck of the fetus
• C. Brachial area of one extremity of the fetus
• D. Chest of the fetus

Correct answer: A

Rationale: The nurse would use the Leopold maneuvers to identify the position of the fetus and determine the location of the fetal back. The fetal heart rate (FHR) is most easily heard through the fetal back because it usually lies closest to the surface of the maternal abdomen. Auscultation of the FHR over the chest, carotid artery, or brachial area is not possible due to the fetal position within the maternal abdomen. Placing the fetoscope over the carotid artery or brachial area would not yield the fetal heart rate, and the chest area is not typically used for auscultating the FHR.

3. A nurse is preparing to test cranial nerve I. Which item does the nurse obtain to test this nerve?

• A. Coffee
• B. A tuning fork
• C. A wisp of cotton
• D. An ophthalmoscope

Correct answer: C

Rationale: To assess the function of cranial nerve I (olfactory nerve), the nurse uses a wisp of cotton to test the sense of smell in a client who reports loss of smell. The nurse assesses the patency of the client's nostrils by occluding one nostril at a time and asking the client to sniff. Next, with the client's eyes closed, the nurse occludes one nostril and presents a non-noxious aromatic substance such as coffee, toothpaste, orange, vanilla, soap, or peppermint. Choice A, 'Coffee,' is incorrect because it is used to present non-noxious aromatic substances to assess cranial nerve I. Choice B, 'A tuning fork,' is used to assess the function of cranial nerve VIII (acoustic nerve). Choice D, 'An ophthalmoscope,' is used to assess the internal structures of the eye, not cranial nerve I.

4. A nurse is preparing to assess the fetal heart rate (FHR) of a client who is 14 weeks pregnant. Which piece of equipment does the nurse use to assess the FHR?

• A. Stethoscope
• B. Doppler transducer
• C. Fetoscope
• D. Pulse oximetry on the client and a fetoscope

Correct answer: B

Rationale: To assess the fetal heart rate of a client who is 14 weeks pregnant, the nurse should use a Doppler transducer. Fetal heart sounds can be heard with a fetoscope by 20 weeks of gestation. The Doppler transducer amplifies fetal heart sounds so that they are audible by 10 to 12 weeks of gestation, making it the most appropriate choice for this scenario. Fetal heart sounds cannot be heard with a stethoscope. Pulse oximetry is not used to auscultate fetal heart sounds, so it is an incorrect choice in this context.

5. A nurse is auscultating for vesicular breath sounds in a client. Of which quality would the nurse expect these normal breath sounds to be?

• A. Harsh
• B. Hollow
• C. Tubular
• D. Rustling

Correct answer: D

Rationale: The correct answer is D: 'Rustling.' Vesicular breath sounds are described as rustling and resemble the sound of wind blowing through trees. Harsh, hollow, and tubular sounds are associated with bronchial (tracheal) breath sounds, not vesicular breath sounds. Harsh sounds are high-pitched, hollow sounds are reverberating, and tubular sounds are like blowing air into a tube. Therefore, options A, B, and C are incorrect descriptions of vesicular breath sounds and are more characteristic of bronchial breath sounds.

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