Nursing Elites

1. When percussing over the lungs of a 4-year-old child, the nurse hears bilateral loud, long, and low tones. How should the nurse proceed?

• A. Palpate over the area for increased pain and tenderness.
• B. Ask the child to take shallow breaths and percuss over the area again.
• C. Refer the child to a specialist because of an increased amount of air in the lungs.
• D. Consider this finding as normal for a child this age and proceed with the examination.

Correct answer: D

Rationale: In pediatric patients, loud, long, and low tones heard when percussing over the lungs are normal findings. These percussion notes are characteristic of a child's lung due to its thin chest wall and increased air content. It is unnecessary to palpate for pain and tenderness, ask the child to take shallow breaths and repeat the percussion, or refer the child to a specialist. Therefore, the correct action is to consider these findings as normal for the child's age and continue with the examination.

2. When providing endotracheal suctioning, for how long should the nurse suction the endotracheal tube of an intubated client on a ventilator at a time?

• A. Five seconds or less
• B. Ten seconds or less
• C. At least 30 seconds
• D. No longer than 60 seconds

Correct answer: B

Rationale: When providing endotracheal suctioning, the nurse should suction for no longer than ten seconds at a time. Suctioning for longer than ten seconds may cause hypoxia or bronchospasm. Extended suctioning may also place the client at risk of injury to the bronchial and tracheal structures. Choices C and D suggest prolonged suctioning durations that can lead to adverse effects on the client. Choice A, suctioning for five seconds or less, may not be adequate to clear secretions effectively, making choice B the most appropriate duration for safe and efficient suctioning in this scenario.

3. What type of blood pressure measurement error is most likely to occur if the nurse does not check for the presence of an auscultatory gap?

• A. Diastolic blood pressure may not be heard.
• B. Diastolic blood pressure may be falsely low.
• C. Systolic blood pressure may be falsely low.
• D. Systolic blood pressure may be falsely high.

Correct answer: C

Rationale: If an auscultatory gap is undetected, a falsely low systolic reading may occur. This gap can lead to an underestimation of the systolic blood pressure, causing potential misinterpretation of the patient's condition. The diastolic blood pressure may not be heard due to the gap, but the critical issue in this scenario is the risk of underestimating systolic blood pressure, which can impact clinical decision-making. Choices B, C, and D are incorrect because the key concern in this context is the potential for a falsely low systolic blood pressure reading when an auscultatory gap is not assessed.

4. Which theory reflects the view that illness is caused by an imbalance or disharmony in the forces of nature?

• A. Germ theory
• B. Naturalistic theory
• C. Magicoreligious theory
• D. Biomedical or scientific theory

Correct answer: B

Rationale: The naturalistic theory posits that illness results from an imbalance or disharmony in the forces of nature. According to this theory, maintaining a natural balance or harmony is essential to prevent illness. Conversely, germ theory and biomedical or scientific theory attribute illness to microorganisms, while magicoreligious theory attributes illness to supernatural forces such as deities or spirits. Therefore, the most appropriate theory reflecting the belief that illness arises from a disruption in natural forces is the naturalistic theory.

5. Rales and rhonchi are frequently noted during an examination of lung sounds. What is the difference between the two?

• A. Rales are louder.
• B. Rhonchi are noted only in infants.
• C. Rales occur on inspiration, rhonchi on expiration.
• D. Rales are noted only in infants.

Correct answer: C

Rationale: The correct answer is that rales occur on inspiration, while rhonchi occur on expiration. Rales are typically heard during inhalation when there is fluid in the alveoli or air passages. Rhonchi, on the other hand, are caused by air passing through obstructed airways during exhalation due to secretions in the respiratory tract. Choice A is incorrect because the loudness of the sounds is not the primary distinguishing factor between rales and rhonchi. Choice B is incorrect as rhonchi can be heard in individuals beyond infancy. Choice D is incorrect as rales can be present in patients of various age groups, not just infants.

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