The nurse is presenting a class to a group of high school students about sexually transmitted infections. What would the nurse include as a major risk factor for cervical cancer?

Choice A reason: Cranial nerve VIII (vestibulocochlear) governs hearing and balance, not tongue strength. A deficit here causes vertigo or deafness, not motor weakness in the tongue, making it unrelated to the observed decrease in muscle power during examination.
Choice B reason: Cranial nerve XII (hypoglossal) controls tongue movement and strength. Weakness here, as noted, suggests nerve damage, like in stroke or ALS, impairing the tongue’s ability to push against resistance, directly explaining the finding accurately.
Choice C reason: Cranial nerve VI (abducens) moves the eye laterally, not the tongue. A problem here causes diplopia, not tongue weakness, disconnecting it from the motor function loss observed in the client’s oral examination entirely here.
Choice D reason: Cranial nerve III (oculomotor) controls eye movement and pupil response, not tongue strength. Its dysfunction leads to ptosis or eye deviation, irrelevant to the tongue’s motor impairment noted in this neurological assessment fully.

Choice A reason: Impaired judgment suggests frontal lobe pathology, like dementia, not normal aging. Age-related changes slow processing, not executive function, making this a disease sign, not a typical neurological shift in an 81-year-old fully here.
Choice B reason: Loss of remote memory indicates Alzheimer’s, not normal aging. Aging may slow recall, but long-term memory typically persists, excluding this as an expected age-related change in this neurological assessment entirely and accurately here.
Choice C reason: Intention tremors signal cerebellar disease, like Parkinson’s, not aging. Normal aging may reduce fine motor speed, but not cause action tremors, distinguishing this as pathological, not a standard age-related finding fully here.
Choice D reason: Reduced distal sensation, from nerve conduction slowing, is a common age-related change. Aging thins myelin, impairing peripheral nerves, making this the expected finding in an 81-year-old’s neurological exam accurately and comprehensively here.