Skip to main content
Back

Hearing and Equilibrium Physiology - Anatomy & Physiology

Control buttons has been changed to "navigation" mode.
1/14

Terms in this set (14)

  • What are the stimuli for hearing and equilibrium?

    Sound is the stimulus for hearing, and movement is the stimulus for equilibrium.

  • What cells are responsible for transduction in hearing and equilibrium?

    Hair cells perform transduction by converting stimuli into neural signals.

  • How are signals generated and transmitted in hearing and equilibrium?

    Neurons next to hair cells generate and transmit the neural signals.

  • What brain areas are involved in the integration of hearing and equilibrium signals?

    Several different parts of the brain integrate these signals, including the auditory cortex and brainstem nuclei.

  • What physical form does sound take?

    Sound consists of pressure waves traveling through a medium.

  • What is the term for the distance between two consecutive peaks of a sound wave?

    Wavelength is the distance between two consecutive peaks of a sound wave.

  • What determines the pitch of a sound?

    Frequency, measured in Hertz (Hz), determines the pitch of a sound.

  • What unit measures the intensity of sound?

    Decibels measure the intensity or loudness of sound.

  • What is resonance in the context of sound?

    Resonance is the amplification of sound waves when they match the natural frequency of an object.

  • Which nerve carries auditory information from the ear to the brain?

    The vestibulocochlear nerve transmits auditory signals to the brain.

  • What is the first brainstem nucleus that receives auditory signals?

    The cochlear nucleus is the first brainstem nucleus to receive auditory input.

  • Which midbrain structure processes auditory information after the cochlear nucleus?

    The inferior colliculus processes auditory signals in the midbrain.

  • What thalamic nucleus relays auditory information to the cortex?

    The medial geniculate nucleus of the thalamus relays auditory signals to the auditory cortex.

  • Where in the brain is auditory information ultimately processed?

    The auditory cortex is the final processing center for sound perception.