Midterm 1- Lecture Q-Cards Flashcards

(62 cards)

1
Q

Memory Stages

A
  1. Encoding
  2. Maintenance
  3. Retrieval
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2
Q

Encoding

A

The process of taking some event or piece of information that is originally external to you and your mind and encoding it internally so that there may be a trace of it later on in time encoding

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3
Q

Maintenance

A

The way you are able to maintain and use information internally

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4
Q

Retrieval

A

If using the information, you are maintaining it as a memory

Making the information accessible to you

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5
Q

Role of Repetition

A
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6
Q

Role of Elaboration

A

Spending more time thinking about the material you are trying to learn, enhances learning

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7
Q

Spacing

A

It matters when you repeat the studying, don’t do it all at once, space it out overtime

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8
Q

Encoding Variability

A

There is greater encoding ability when repetitions are spaced then when they are massed

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9
Q

Introspection

A

The mind can be understood by carefully looking inward and reporting on inner sensations and experiences

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10
Q

Central Tenet

A

Responses (behaviours) to stimuli are learning through association, reward, punishment (classical and operant condition)

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11
Q

Tabula Rasa (Blank Slate)

A

All behaviours are learned and shaped through simple conditioning

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12
Q

Empirical Approach

A

Measure behaviour and make careful inferences about the nature of the mental processes necessary to carry out that behaviour

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13
Q

Ecological Validity

A

To what extent do laboratory settings mirror real-life situations?

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14
Q

Cognition Neuroscience

A

The study of how mental functions and processes are related to brain structure and function

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15
Q

Reductionism

A

The idea that the mind can be reduced

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16
Q

Dual-Aspect Theory

A

If we want to understand psychology, it is valuable to look at both at the brain and study it as biological entity and the mind as something non-physical entity

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17
Q

Central Nervous System

A

Brain, brainstem and spinal cord

The master controller of the body (where we do our thinking, feeling and most of our decision making)

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18
Q

Peripheral Nervous System

A

Contains all the nerves outside of the central nervous system

PNS connects the CNS to the organs, limbs and skin

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19
Q

Parts of A Neuron

A

Cell Body
Dendrites
Axon
Glial Cells

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20
Q

Cell Body

A

Contains the nucleus and cellular machinery

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21
Q

Dendrites

A

Detect incoming signals (receive information from other neurons, information enters through the dendrites)

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22
Q

Axon

A

Transmits signals to other neurons through charged ions (elective impulse) all or none

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23
Q

Synaptic Gap

A

Tiny little gap between the end of neuron one and the dendrites of neuron two

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24
Q

Presynaptic Neurons

A

Sending the information

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25
Postsynaptic Neurons
Receiving the information
26
Occipital Lobe
Vision, speech
27
Parietal Lobe
Space, production of motor units
28
Temporal Lobe
Recognizing complex visual objects. memory
29
Frontal Lobes
High level cognition: decision making, complex sequences and movements
30
Thalmus
Sensory relay
31
Hypothalamus
Simple motivated behaviour (eating,drinking,sex)
32
Hippocampus
Memory
33
Amygdala
Emotion
34
Basal Ganglia
Habitual behaviours
35
Primary Motor Projection Area
Area that provides the most important signal for the production of skilled movements
36
Primary Somatosensory Projection Area
Region of the brain which is responsible for receiving and processing sensory information from across the body, such as touch, temperature, and pain
37
Primary Auditory Cortex
Critical role in our ability to hear sound
38
Primary Visual Cortex
The primary cortical region of the brain that receives, integrates, and processes visual information relayed from the retinas.
39
Broca's Aphasia
Difficulty in producing speech Pauacity of language
40
Wernicke's Aphasia
Fluent speech output but little meaning "Word Salad"
41
Positron Emission Tomography (PET sans)
Measure blood flow within a circulatory system and the brain
42
Functional Magnetic Resonance Imaging (fMRI)
Measuring how oxygenated blood is as it fluctuates over time
42
Functional Magnetic Resonance Imaging (fMRI)
Measuring how oxygenated blood is as it fluctuates over time
43
Electroencephalography (EEG)
Use scalp electrodes to measure electrical activity produced by neurons
44
Lateral Inhibition
Phenomenon in which a neuron's response to a stimulus is inhibited by the excitation of a neighbouring neuron
45
Gestalt Principles
``` Simplicity Proximity Good Continuation Closure Simplicity ```
46
Pictorial Cues
Sources of depth information that can be extracted from static 2-D images, such as picture, even using only 1 eye
47
Occlusion
When one object is blocking your view over another
48
Relative Height
For objects touching the ground, higher position implies further away
49
Relative Size
For objects thought to have same physical, size the ones that produce smaller retinal projections are perceived as farther away
50
Atmospheric Perspective
More distant are seen though greater amounts of atmosphere, so tend to be less sharp and bluer (during daytime)
51
Pop-Out Search
When all items expect the target share the same feature, target is easy to find regardless of the number of distracting items
52
Slow Conjunction Search
Target does not possess any unique features and can only be identified based on a conjunction of two or more features. The more distracting items there are, the slower search is
53
Recognition by Components Theory
We are able to recognize objects by separating them into geons (the object's main component parts).
54
Geons
Shapes for which the non-accidental properties are the same across most viewpoints
55
Inversion Effect
Faces are easier to recognize upright than inverted
56
Composite Effect
We don’t recognize a face by studying individual features but by processing all of a features as a whole
57
Selective Attention
The skill through which one focuses on one input or one task while ignoring others
58
Overt Attention
Spatial visual selection through overt eye movements
59
Covert Attention
Changes in attention with eye movement
60
Inhibition of Return
Slower response at the cued location for long cue/target SOAs, suggesting location is inhibited
61
Feature Based Attention
Ability to enhance the representation of image components throughout the visual field that are related to a particular feature