The nurse is preparing to percuss a client's anterior chest area. Which approach will the nurse use for this assessment?
Begin above the right clavicle and percuss each section, comparing the right chest with the left chest.
Begin at the sternal notch and percuss all areas on the left chest, then all areas on the right chest.
Begin at the sternal notch and percuss all areas on the right chest, then all areas on the left chest.
Begin above the left clavicle and percuss all areas on the left chest, then reverse the process and assess the right chest, moving upward from the liver.
The Correct Answer is A
Choice A Reason:
This approach is recommended as it allows for a systematic comparison between the two sides of the chest. Percussion should start at the apices of the lungs, which are located just above the clavicles, and proceed downwards. This method ensures that any differences in percussion note, which could indicate underlying pathology, are identified by direct comparison.
Choice B Reason:
While this approach also involves a systematic assessment, it does not allow for immediate comparison between the two sides of the chest. It is important to compare corresponding areas on each side as you go to detect any asymmetry or changes in resonance.
Choice C Reason:
This method, similar to choice B, does not facilitate immediate side-to-side comparison during the assessment. Immediate comparison is crucial for identifying subtle differences that may indicate conditions such as pleural effusion or pneumothorax.
Choice D Reason:
Starting the percussion above the left clavicle and moving to the right chest after completing the left side does not allow for direct comparison of symmetrical chest areas. Additionally, assessing the right chest moving upward from the liver is not a standard practice, as the liver dullness can interfere with the percussion of the lower right lung fields.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is A
Explanation
Choice a reason:
The oral mucosa is the most reliable area to evaluate for central cyanosis in a client with asthma. Central cyanosis reflects a decrease in arterial oxygenation and is best assessed where the blood flow is high and the skin is thin, which is the case with the oral mucosa. It is less likely to be affected by peripheral factors such as temperature and is therefore a more accurate indicator of oxygen saturation in the central circulation.
Choice b reason:
While ear lobes can show signs of cyanosis, they are not the most reliable indicator of central cyanosis because they are more prone to peripheral cyanosis. Peripheral cyanosis can occur in the ear lobes due to local vasoconstriction or decreased blood flow, which may not reflect central oxygenation levels.
Choice c reason:
The soles of the feet are not a reliable indicator of central cyanosis, especially in a client with asthma. The skin on the soles is thicker and has less blood flow compared to the oral mucosa, making it a poor site for assessing central cyanosis. Additionally, the soles can be affected by peripheral factors like pressure and temperature.
Choice d reason:
Conjunctivae are not the most reliable indicator of central cyanosis. While they can show signs of cyanosis, the assessment can be affected by environmental factors and the presence of blood vessels in the conjunctiva that may not accurately reflect central oxygenation levels.
Correct Answer is C
Explanation
Choice A Reason:
The facial nerve, or cranial nerve VII, is responsible for the taste sensation in the anterior two-thirds of the tongue, not the posterior third. It carries taste sensations from the front part of the tongue via the chorda tympani branch.
Choice B Reason:
The abducens nerve, or cranial nerve VI, has no role in taste sensation. It is primarily involved in controlling the lateral rectus muscle of the eye, which abducts the eye.
Choice C Reason:
The glossopharyngeal nerve, or cranial nerve IX, provides special sensory innervation for taste to the posterior third of the tongue. This enables the sensation of various tastes like salty, sweet, sour, and bitter in this region.
Choice D Reason:
The hypoglossal nerve, or cranial nerve XII, is responsible for motor control of the tongue muscles but does not provide sensory innervation for taste.
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