Sensation & Perception Part 3 Flashcards

1
Q

Located in the visual cortex of the brain

A

Feature Detectors

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2
Q

Nerve cells that selectively response to specific visual features, like movement, shape, or angle

A

Feature Detectors

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3
Q

The basis for visual information processing

A

Feature Detectors

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4
Q

Information processing in which several aspects of a stimulus, like light or sound are processed at the same time

A

Parallel Processing

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5
Q

Three Color Theory

A

Young-Helmholtz Trichromatic Theory

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6
Q

Retina contains what 3 color receptors

A

Red, Green, Blue-Sensitive

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7
Q

When you have less short wave cones which is why you see red, yellow, and green better than blue

A

Color Blindness

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8
Q

Color vision depends on pairs of opposing retinal processing in the brain

A

Opponent Processing Theory

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9
Q

In the Opponent Processing Theory, match the colors
Red:
Blue:
Black

A

Green
Yellow
White

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10
Q

Perception that familiar objects have consistent color despite changes in illumination that shift the wavelengths they reflect

A

Color Constancy

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11
Q

Sense of hearing

A

Audition

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12
Q

Sound that is determined by its frequency or number of complete wavelengths that can pass a point in time

A

Pitch

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13
Q

Directly related to wavelength

A

Frequency

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14
Q

The longer the waves, they produce what type of picth?

A

Lower Pitch

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15
Q

The shorter the waves, the produce what type of pitch?

A

Higher Pitch

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16
Q

Affects loudness meaning how much pressure is being forced through air

17
Q

Measured in decibels (dB)

18
Q

Number of wavelength cycles in a unit of time

19
Q

Measured by hertz (Hz)

20
Q

Funky shaped outer ear

21
Q

Used to catch sound and direct it into the ear

A

Auditory Canal

22
Q

Also called the eardrum

A

Tympanic Membrane

23
Q

Vibrates when sound hits it

A

Tympanic Membrane

24
Q

Chamber between the eardrum and cochlea containing the ossicles of the three bones

A

Middle Ear

25
Name the 3 bones:
1. Hammer 2. Anvil 3. Stirrup
26
Contains the semicircular canals and the cochlea, which includes the recpetors and transducer sound energy into neural impulses
Inner Ear
27
Contains vestibular sac, making the inner ear also important in balance
Inner Ear
28
Coiled, bony, fluid-filled tube of the inner ear where the transduction of sound waves into neural impulses occur (snail shape)
Cochlea
29
Inner surface of the cochlea that resonates the different sounds in different locations
Basilar Membrane
30
Called hair cells, covers the basilar membrane
Organ of Corti
31
When the fluid of the cochlea moves, the hair cells move to send signals to the basilar membrane and on to the auditory nerve
Organ of Corti
32
States we hear different pitches because sound waves of various frequencies trigger activity at different places on the cochlea's basilar membrane
Place Theory
33
Maintains that the place of maximum vibration along the cochlea's membrane is the basis of pitch disrimination
Place Theory
34
Presume that the rate/frequency of nerve impulse in the auditory nerve matches the frequency of a tone, which gives us pitch
Frequency Theory