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A) Cranial nerve VIII B) Cranial nerve V C) Cranial nerve X D) Cranial nerve II
A) Motor control and pain B) Vision and touch C) Sound and equilibrium D) Taste and smell
A) Cerebellar cortex B) Thalamus C) Hypothalamus D) Superior olivary complex
A) Unipolar neurons B) Pyramidal neurons C) Multipolar neurons D) Bipolar neurons
A) Pontomedullary junction B) Spiral ganglion C) Internal acoustic meatus D) Cerebellopontine angle
A) Basilar artery B) Middle cerebral artery C) Labyrinthine artery D) Internal carotid artery
A) Posterior communicating artery B) Anterior inferior cerebellar artery C) Superior cerebellar artery D) Vertebral artery
A) Spiral ganglia B) Utricle C) Semicircular canals D) Organ of Corti
A) Outer hair cells B) Supporting cells C) Bipolar cells D) Inner hair cells
A) Conductive theory and sensorineural theory B) Vibration theory and pressure theory C) Frequency theory and intensity theory D) Place theory and temporal theory
A) Cochlea B) Saccule C) Utricle D) Ampullae of the semicircular canals
A) Vertical linear force B) Sound pressure waves C) Rotational acceleration D) Chemical concentration
A) Maculae of the saccule B) Maculae of the utricle C) Cristae of the ampullae D) Spiral ganglia
A) Vertical force only B) Rotational acceleration C) Sound intensity D) Linear acceleration
A) Otic placode B) Optic vesicle C) Neural crest D) Branchial arch
A) General somatic afferent B) Special somatic afferent C) General visceral efferent D) Special visceral afferent
A) Temporal bone B) Frontal bone C) Sphenoid bone D) Occipital bone
A) Cerebellar peduncle B) Pontomedullary junction C) Medulla-spinal cord junction D) Midbrain-pons junction
A) Foramen magnum B) Internal acoustic meatus C) Stylomastoid foramen D) Jugular foramen
A) Loss of taste B) Visual acuity loss C) Vertigo D) Muscle atrophy
A) Snellen chart B) Ophthalmoscopy C) Rinne test D) Reflex hammer test
A) AC = BC B) BC > AC C) AC > BC D) BC = 0
A) AC > BC B) BC > AC C) BC = AC D) AC = 0
A) Normal hearing B) Conductive hearing loss C) Mixed hearing loss D) Sensorineural hearing loss
A) 500–8000 Hz B) 1000–5000 Hz C) 10000–20000 Hz D) 20–200 Hz
A) 75-100 dB HL B) 25-50 dB HL C) 0-24 dB HL D) 50-75 dB HL
A) Otoscopy B) Otoacoustic emissions C) Speech testing D) Tympanometry
A) Otoscopy B) Speech tests C) Tympanometry D) Otoacoustic emissions
A) They ignore the vestibular system role B) They only refer to the cochlea C) They are too difficult to spell D) They were never accurate
A) Nystagmus B) Gaze-evoked tinnitus C) Loss of equilibrium D) Motion sickness
A) Normal hearing B) Central auditory processing disorder C) Conductive hearing loss D) Sensorineural hearing loss
A) Pure-tone testing B) Speech testing C) Tympanometry D) Otoscopy |