Diseases
Ears
EYES
Motion
Enter CatEnter Titleegory Name
100

Cataracts

clouding of the natural lense of the eye

100

2 senses in the ear

Hearing and Balance

100

Retinal disparity

each eye sees the same object only a little bit differntly

100

How does the vestibular system work?

positioning of the head to help us maintain balance

100

2 chemical senses

smell and taste 

200

Glaucoma

damage to the ocular nerve

200

frequency in relation to ear

number of vibrations in the sound wave

200

Trichromatic Theory

three types of receptors in the eyes that see the different colors

200

Motion parallax

helps our eyes perceive the distance of an object

200

Proximity

the way our brains group things based on how close together they are

300

Macular degeneration

progressive eye degeneration (effects Macula)

300

Amplitude in relation to the ear

(Loudness) Size or intensity of the sound wave 

300

Which senses do we know the most about?

sight and hearing

300

Somesthesis

where we are in space, uses all of our senses

300

What are “cones and rods” in the eye?

responsible for converting light in to electrical signals that enter the eye 

400

Congenital analgesia

mutations in the gene that affect the transmission of pain signals 

400

Temporal coding (Auditory)

neurons firing in response to sound stimuli

400

Kinesthesis    

The movement of our body in space

400

Perceptual set    

the way we perceive things based on past experiences

400

Who is better at detecting odors-men or women? 



Women becuase of the olfactory bulb size and estrogen hormone

500

Synesthesia    

a disorder where all the senses blend together
500

Selective attention

Our brains only focus on one stimulus allowing us to tune out distractions

500

How does the Stroop effect work?

the test when you read the word that says a color but it is a different color than the word says and so you have to focus on the test.
500

Figure-ground perception    

how we see the object against the background in 

500
two types of pain receptors

Thermal Nociceptors (pain receptors to alert when temperatures cause tissue damage)

Mechanical Nociceptors (respond to physical injury)