The nurse uses deep palpation of the abdomen to assess the client for presence of an abdominal mass. The client grimaces and grips the hand rails of the bed. Which response by the nurse is best?
"Let's stop and take your vital signs."
"We can take a break anytime."
"Keep taking deep breathes; you will be okay."
"Let's stop: I have all of the information we need."
The Correct Answer is D
A) "Let's stop and take your vital signs": While taking vital signs can be important, it might not address the immediate discomfort the client is experiencing from the deep palpation. This response may not fully address the need to pause the assessment in light of the client’s discomfort.
B) "We can take a break anytime": Offering a break is considerate, but it does not directly address the immediate situation. If the client is already in significant discomfort, it's more appropriate to stop the procedure entirely if the information gathered so far is sufficient.
C) "Keep taking deep breaths; you will be okay": Encouraging deep breathing may help manage some discomfort, but it doesn’t acknowledge the client's need to stop the procedure or the fact that the assessment may have already provided sufficient information.
D) "Let's stop: I have all of the information we need": Stopping the palpation when the client is experiencing pain or discomfort and when enough information has been obtained is the most appropriate response. It shows sensitivity to the client's pain and prioritizes their comfort, while also acknowledging that the assessment may have achieved its purpose.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is B
Explanation
A) XI: Cranial nerve XI, the spinal accessory nerve, is primarily responsible for motor function, particularly in the muscles involved in shoulder elevation and head rotation. It does not play a role in balance, so focusing on this nerve would not be relevant to the client’s complaint of balance issues.
B) VIII: Cranial nerve VIII, the vestibulocochlear nerve, is directly involved in hearing and balance. It transmits information from the inner ear to the brain regarding head position and motion, which are essential for maintaining balance. The client’s report of spontaneous loss of balance strongly suggests involvement of this nerve, making it the most appropriate focus for additional assessment.
C) IX: Cranial nerve IX, the glossopharyngeal nerve, is primarily associated with taste and the gag reflex. While it is important for swallowing and certain aspects of speech, it does not influence balance, so it would not be the primary concern in this situation.
D) X: Cranial nerve X, the vagus nerve, has extensive functions related to autonomic control of the heart, lungs, and digestive tract, as well as motor and sensory functions in the throat. Although it plays a significant role in the body, it does not directly influence balance, making it less relevant in this context.
Correct Answer is B
Explanation
A) Lateralization of the sound/vibration to both ears equally: The Weber test is used to assess unilateral hearing loss and would not show equal lateralization in the presence of unilateral sensorineural hearing loss. Equal lateralization would suggest normal hearing or symmetrical hearing loss, which is not the case here.
B) Lateralization of the sound/vibration to the left ear: In sensorineural hearing loss, sound is perceived to lateralize to the unaffected ear. Therefore, with right ear sensorineural hearing loss, the sound will lateralize to the left ear, indicating that the left ear has better hearing capability.
C) Bone conduction (BC) is greater than air conduction (AC): This finding is characteristic of conductive hearing loss, not sensorineural hearing loss. In sensorineural hearing loss, air conduction is typically greater than or equal to bone conduction, but the Weber test focuses on lateralization rather than BC versus AC.
D) Lateralization of the sound/vibration to the right ear: If the sound were to lateralize to the affected ear in sensorineural hearing loss, it would suggest that the affected ear is hearing better, which contradicts the nature of sensorineural hearing loss. The sound will actually lateralize to the better-hearing, unaffected ear.
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