Which test is used to assess balance in cranial nerve VIII?
Snellen chart.
Rinne test.
Weber test.
Romberg test.
The Correct Answer is D
Choice A reason: The Snellen chart tests visual acuity (cranial nerve II), not balance, which is assessed by cranial nerve VIII via the Romberg test. Misidentifying this risks incorrect neurological evaluation, potentially missing vestibular deficits, critical for diagnosing balance disorders like vertigo or labyrinthitis in patients with cranial nerve issues.
Choice B reason: The Rinne test assesses hearing (cranial nerve VIII) by comparing air and bone conduction, not balance, which the Romberg test evaluates. Assuming Rinne tests balance misguides assessment, risking oversight of vestibular dysfunction, essential for diagnosing conditions affecting equilibrium in patients with suspected nerve VIII issues.
Choice C reason: The Weber test evaluates hearing lateralization (cranial nerve VIII), not balance, assessed by the Romberg test. Misidentifying Weber risks missing balance deficits, potentially delaying diagnosis of vestibular disorders like Meniere’s disease, critical for managing symptoms and preventing falls in patients with cranial nerve VIII dysfunction.
Choice D reason: The Romberg test assesses balance (cranial nerve VIII’s vestibular component) by evaluating posture with eyes closed, detecting vestibular or proprioceptive deficits. It’s critical for diagnosing balance disorders, guiding interventions like vestibular therapy, essential for preventing falls and managing conditions affecting equilibrium in patients with nerve VIII issues.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is A
Explanation
Choice A reason: The descending colon is located in the left lower quadrant (LLQ), descending along the left abdomen. Assessing this area detects abnormalities like diverticulitis or masses. Accurate localization ensures targeted examination, guiding diagnosis and interventions, critical for managing colorectal conditions and preventing complications in abdominal assessments.
Choice B reason: The right lower quadrant (RLQ) contains the appendix and cecum, not the descending colon, which is in the LLQ. Misidentifying this risks incorrect assessment, potentially missing LLQ issues like colitis, delaying diagnosis and treatment, critical for addressing colorectal pathology in patients with abdominal symptoms.
Choice C reason: The right upper quadrant (RUQ) includes the liver and gallbladder, not the descending colon, located in the LLQ. Assuming RUQ misguides assessment, risking oversight of LLQ conditions like diverticulitis, delaying targeted interventions, essential for accurate diagnosis and management of abdominal issues in clinical practice.
Choice D reason: The left upper quadrant (LUQ) contains the stomach and spleen, not the descending colon, which resides in the LLQ. Misidentifying this risks missing LLQ pathology like masses or inflammation, delaying diagnosis and treatment, critical for effective abdominal assessment and management of colorectal conditions in patients.
Correct Answer is C
Explanation
Choice A reason: Normal blood pressure is <120/<80 mmHg, far below 148/92 mmHg, which is stage 2 hypertension per AHA guidelines. Assuming normal misclassifies the reading, risking untreated hypertension, leading to complications like stroke or heart failure. Accurate classification ensures proper management with lifestyle changes or medications.
Choice B reason: Stage 1 hypertension is 130-139/80-89 mmHg, lower than 148/92 mmHg, which is stage 2. Misclassifying as stage 1 underestimates severity, potentially delaying aggressive treatment like dual antihypertensives. Correct staging ensures timely intervention, critical for preventing cardiovascular damage in patients with elevated blood pressure readings.
Choice C reason: Stage 2 hypertension, per AHA, is ≥140/≥90 mmHg, matching 148/92 mmHg. This requires immediate lifestyle changes and likely medications to prevent cardiovascular events. Accurate classification guides treatment, ensuring blood pressure control, reducing risks of stroke, heart attack, or kidney damage in patients with significant hypertension.
Choice D reason: Elevated blood pressure is 120-129/<80 mmHg, below 148/92 mmHg, which is stage 2 hypertension. Assuming elevated underestimates the condition, risking inadequate intervention and progression to organ damage. Correct classification ensures appropriate management, critical for controlling hypertension and preventing long-term complications in affected patients.
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