Understanding Sensory and Motor Systems in Physiological Psychology Flashcards

1
Q

___________ explores how our biology influences our behavior, thoughts,
and emotions.

A

Physiological psychology

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2
Q

A fundamental aspect of this field involves understanding the sensory
and motor systems, which play vital roles in how we perceive and interact with the world
around us.

A

Physiological psychology

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2
Q

It allow us to receive, process, and interpret information from our
environment.

A

Sensory systems

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3
Q

These are specialized cells located in our eyes, ears, nose,
tongue, and skin.

A

Sensory receptors

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3
Q

They detect different types of stimuli, such as light, sound, smells, tastes,
and touch.

A

Sensory receptors

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4
Q

These receptors convert physical stimuli into electrical signals that travel
to the brain for processing.

A

Sensory receptors

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5
Q

Different sensory modalities have distinct _______ that relay information to specific brain regions.

A

Neural pathways

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5
Q

They consist of networks of nerve cells (neurons) that transmit electrical
signals.

A

Neural pathways

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5
Q

These are like highways that carry sensory signals from
receptors to the brain.

A

Neural pathways

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6
Q

Brain Regions Involved ___, ___, ___, ___, and ___ are involved in
processing sensory information.

A

visual cortex
auditory cortex
gustatory cortex
somatosensory cortex
olfactory bulb

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7
Q

Modalities of Sensory Perception:

Seeing the world through light and color.

A

Vision

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7
Q

These brain regions analyze and integrate sensory input to create perceptions and guide behavior.

A

visual cortex
auditory cortex
gustatory cortex
somatosensory cortex
olfactory bulb

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8
Q

Modalities of Sensory Perception:

Perceiving sound and vibrations.

A

Audition (Hearing)

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8
Q

Modalities of Sensory Perception:

Detecting and identifying odors.

A

Olfaction (Smell)

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8
Q

Modalities of Sensory Perception:

Sensing flavors in food and drink.

A

Gustation (Taste)

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8
Q

Modalities of Sensory Perception:

Feeling pressure, temperature, and pain.

A

Somatosensation (Touch)

9
Q

______ enable us to initiate and control movements.

A

Motor systems

10
Q

Motor Systems:

Nerve cells that transmit signals from the brain to muscles, causing them to contract and produce movement.

A

Motor Neurons

10
Q

Motor Systems:

Cells within muscles responsible for generating force and movement.

A

Muscle Fibers

10
Q

Motor Systems:

Routes through which motor signals travel from the brain to
muscles, coordinating movement execution.

A

Motor Pathways

11
Q

These systems interact closely, influencing each other in various ways.

A

Sensory and Motor Systems

12
Q

Interactions between Sensory and Motor Systems:

Continuously adjusting movements based on sensory feedback during activities like walking, running, or playing sports.

A

Feedback Loops

12
Q

Interactions between Sensory and Motor Systems:

Sensory perceptions influence motor responses and
behaviors, guiding actions and decisions in different contexts.

A

Role of Perception

12
Q

Interactions between Sensory and Motor Systems:

Coordinating sensory perception with motor responses to interact effectively with the environment.

A

Sensorimotor Integration

12
Q

Interactions between Sensory and Motor Systems:

Sensory input triggers motor actions and responses, allowing us to adapt to changing environmental conditions.

A

Motor Responses to Sensory Stimuli