Simple reaction time studies show that RT to auditory stimuli is faster than visual stimuli. This is because the sensory process for light is more neurologically complex than for auditory cues. For light to be processed, it has a longer path to take in the brain, going all the way to the back of the brain to the occipital lobe and then back to the eyes. Auditory stimuli is processed in the ear then sent to the temporal lobe and back to the ear; a relatively shorter distance than the vision pathway. Reaction time to auditory cues in normal, healthy subjects is roughly 180 milliseconds for auditory cues and about 220 milliseconds.
Radio drama is based mainly on auditory cues, props and sound effects whereas television drama uses more visual aids, cues and dramatic gestures.
Hearing is generally more sensitive than sight in terms of perceiving stimuli. Our ears can detect a wider range of frequencies and are more sensitive to subtle changes in sound compared to our eyesight. Additionally, auditory cues can be perceived from a greater distance compared to visual cues.
Muller's organ is found in certain reptiles, such as snakes and lizards. It is a sensory organ located in the roof of the mouth that helps them detect chemical cues in their environment.
Binocular cues, as opposed to monocular cues.
the auditory nerve pathways carry impulses to the auditory cortices in the ?
Tangable cues
Monocular cues are depth cues that can be perceived with one eye, such as relative size, linear perspective, and motion parallax. Binocular cues are depth cues that rely on input from both eyes, such as binocular disparity and convergence. Both types of cues help the brain to perceive depth and distance in the environment.
The primary auditory cortex, located in the temporal lobe, is the first cortical area to receive auditory information from the thalamus. It is responsible for processing and analyzing basic auditory signals.
When a sound wave is reflected, you may hear an echo or reverberation of the original sound. The reflected sound wave can create additional auditory cues that can affect how the sound is perceived in the environment.
The auditory cortex is located in the brain, and is responsible for processing auditory information received from the ears.
auditory is made up of the root "audio" meaning "hearing, sound".