Vision
Hearing
Touch, Taste, and Smell
Perception
Threshold + Attention
100

The receptor cells in the eye are found in the?

Retina

100

Our ears are more sensitive to sounds in the same frequency as this

Human Voice

100

The number of taste sensations that can be detected by the tongue

6 (sweet, salty, sour, bitter, piquancy, umami)

100

This describes when we perceive a sensation of motion caused by the appearance and disappearance of objects that are near each other

Phi Phenomenom

100

The intensity of a stimulus that allows an organism to detect it 50% of the time 

Absolute Threshold

200

These receptor cells located in our eye help us detect fine details and colors

Cones

200

This part of the ear is highly sensitive and vibrates with the sound waves that come into contact with it

Tympanic Membrane

200

These receptors that are designed to sense chemicals in the mouth can regenerate themselves every 5 days

Taste Buds

200

The name of the monocular depth cue that explains why parallel lines appear to converge at a distance 

Linear Perspective

200

Refers to the change in a stimulus that can just barely be detected by the organism

Difference Threshold

300

This refers to an area in our retinas that lack photoreceptor cells, where our optic nerve is found 

Blindspot

300

This is the part of the ear converts the sound vibrations into neural signs that are then sent to the brain for interpretation

The cochlea

300

Detected by special neurons in the skin, joints, bones, ears, and tendons, this is our ability to sense the position and movement of our body parts

Proprioception 

300

This occurs when the perceptual processes that normally help us correctly perceive the world around us are fooled, so we see something incorrect or non-existing

Illusions

300

The ability to perceive a stimulus as constant despite changes in sensations

Perceptual Constancy

400

This is the process of changing the curvature of the lens to keep the light entering the eye focused on the retina

Visual Accommodation 

400

This refers to the wavelength of a sound wave. It helps us determine pitch 

Frequency

400

Amount of sensations that can felt by the thousands of nerve endings located in our skin 

4 (cold, hot, pressure, and pain)

400

This illusion occurs because our monocular depth cue of linear perspective leads us to believe that, given two similar objects, the distant one can only cast the same size retinal image as the closer object if it is larger.

Ponzo Illusion

400

Ability to focus on some sensory inputs while tuning out others. Sometimes called the "Cocktail party phenomenon."

Selective Attention 

500

This theory proposes that we analyze sensory information in three sets of opponent colors. Red-Green, Yellow-Blue, White-Black 

Opponent-Process Color Theory

500

This defines the height of a sound wave, determining how much energy in contains, or the degree of sound volume 

Amplitude

500

Area in the upper nasal passage where scent molecules are detected by special receptor cells 

Olfactory Membrane

500

An error in perception when we misperceive sounds because the audio and visual parts of the speech don't match 

McGurk Effect

500

This maintains that the just noticeable difference of a stimulus is a constant proportion of the original intensity of a stimulus

Weber's Law