1/11
Looks like no tags are added yet.
Name | Mastery | Learn | Test | Matching | Spaced | Call with Kai |
|---|
No analytics yet
Send a link to your students to track their progress
selective attention
narrowing down to attending to certain things that are more important in a scenario
filter theory of attention
all possible inputs that sensory COULD respond to, sensory buffer: sensory systems , sensory organs, ALSO NO CONTROL, FILTERS: DOOO have control over, attentional resources sensory organs responding to it, making it into longer term memory if so desired
cocktail effect
talking to someone at a party, but attention is drawn elsewhere when your name is heard
inattentional blindness
reduced ability to notice changes if we are attending to something else
change blindness
given complex scenes, we can only attend to a limited number of things
attentional blink
brief period after attending to a specific stimuli during which we may miss new info
distributive represntation
representation that is spread throughout different parts of the brain
fovea
visual system- recieving light- This is the spot where your eye focuses light, and is the most densely packed part of the eye with color and high definition cones cells
trichromatic theory
trichromatic cone cells respond positively to one of the three frequencies exhibited by photos arriving on their surface (3 CONE TYPES RED GREEN AND BLUE)
outer ear- funneled connected sound
Pinna: visible outer ear
Auditory canal: where sound travels to eardrum
eardrum/ tympanic membrane
middle ear - amplifying sound waves
Ossicles- bony structures hinging on one another to amplify soundwaves as they move into ear (3 tiny bones: hammer, anvil, stirrup)
Incus, malleus, stapes
Malleus- HAMMER Incus- ANVIL Stapes- STIRRUP
inner ear- “retina” of the auditory system
Cochlea- generate APs, transduced/transformed into action potentials otherwise brain cannot understand
- Damage to cochlea can lead to hearing loss