exam 1 Flashcards

(114 cards)

1
Q

branch of biology that studies the functions and parts of living organisms

A

physiology

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2
Q

view that certain kinds of knowledge are innate or inborn

A

nativism

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3
Q

nativist who believed that certain kinds of knowledge are innate

A

Plato

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4
Q

view that all knowledge is acquired through experience

A

philosophical empiricism

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5
Q

believed that the mind is a blank slate (tabula rasa)

A

aristotle

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6
Q

today, the focus on interaction of environment and genetics

A

nature vs nurture

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7
Q

french philosopher who argued for dualism of body and mind (physical body was a container for the nonphysical thing called the mind)

A

Rene Descartes

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8
Q

argued against Descartes; said the mind is what the brain does

A

Thomas Hobbes

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9
Q

mind and body connection understood by studying sensation; one of the founders of physiological psychology

A

Fechner

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10
Q

who studied human reaction time; estimated the length of nerve impulse

A

Hermann von Helmholtz

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11
Q

founder of psychology, first psychology lab, psychology: the study of consciousness and the science of “mental life”, focused on the study of the purpose of thought processes, feelings and behaviors, and introspection

A

wilhelm wundt

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12
Q

subjective observation of one’s own experience

A

introspection

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13
Q

student of wundt, professor at Cornell, developed an approach called structuralism, focused on basic sensory and perceptual processes, criticized for relying on introspection-subjective

A

edward titchener

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14
Q

involving introspection and studying basic components of conscious experiences (Titchener)

A

structuralism

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15
Q

started psychology at Harvard in 1870s, opposed Wundt and Titchener’s approach, his ideas shaped functionalism, influenced by Darwin, saw the consciousness as an ever changing stream of thoughts to help us adapt

A

William James

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16
Q

the importance of how behavior and consciousness functions to allow people and animals to adapt to their environments

A

functionalism

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17
Q

austrian physicist, challenge to structuralism and functionalism, started the school of thought of psychoanalysis, behavior and personality influenced by unconscious conflicts, emphasized sexual and aggressive nature of unconscious processes, powerful influence on later psychology theories

A

sigmund freud

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18
Q

personality theory and form of psychotherapy that emphasizes the role of unconscious factors in personality and behavior

A

psychoanalysis

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19
Q

school of psychology and theoretical viewpoint that emphasizes the study of observable behaviors, especially as they pertain to the process of learning

A

behaviorism

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20
Q

behaviorism started with the work of him, a russian physiologist, demonstrated that dogs could learn to associate a neutral stimulus with an automatic behavior

A

ivan pavlov

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21
Q

promoted behaviorism in the U.S in 1913, the goal of behaviorists was to discover the fundamental principles of learning–how behavior is acquired and modified in response to environmental influences

A

john watson

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22
Q

believed that psychology should restrict itself to studying outwardly observable behaviors that could be measured and verified in compelling experimental demonstrations (used rats and pigeons as his subjects)

A

B.F Skinner

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23
Q

emphasizes each person’s unique potential for psychological growth and self-direction

A

humanistic

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24
Q

founded humanistic approach, emphasized a person’s conscious experiences, unique potential for psychological growth and self-direction, self-determination, free will, and the importance of choice in human behavior

A

carl rogers

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25
his theory of motivation emphasized the importance of psychological growth (humanistic)
abraham maslow
26
behavior is driven by cognitive processes
cognitive
27
humans have evolved characteristics that promote survival and adaptation to the environment
evolutionary
28
behavior and mental processes arise from physiological ativity
biological
29
other people, as well as the broader cultural context, influence behavior and mental processes
sociocultural
30
behavior and mental processes are shaped by an interaction of biological, psychological, and sociocultural factors
biopsychosocial
31
verifiable evidence that is based upon objective observation, measurement, and/or experimentation
empirical evidence
32
tentative statement about the relationship between two+ variables; testable prediction or question
hypothesis
33
factor that can vary or chance, in ways that can be observed, measured, and verified.
variable
34
precise description of how variables in a study will be manipulated or measured
operational definition
35
a branch of mathematics used by researchers to organize, summarize, and interpret data
statistics
36
statistical technique that involves combining and analyzing the results of many research studies on a specific topic in order to identify overall trends.
meta-analysis
37
tentative explanation that tries to integrate and account for the relationship of various findings and observations
theory
38
scientific procedures that involve systematically observing behavior in order to describe the relationship among behaviors and events
descriptive research methods
39
research strategy that allows the precise calculation of how strongly related two factors are to each other
correlational study
40
numerical indication of magnitude and direction of the relationships between two variables
correlational coefficient
41
a factor or variable other than the ones being studied that if not controlled could affect the outcome of an experiment (also called a confounding variable)
extraneous variable
42
a source of bias : change in dependent variable produced by subject's expectancy that change should happen
expectancy effects
43
source of bias: subtle cues or signals by the researcher that communicate the type of responses that are expected
demand characteristics
44
measures of position: where particular data values fall in relation to other values in a set
percentiles
45
the probability that the findings of a study were due to chance
statistical significance
46
brain imaging: detects increased blood by increased utilization of radioglucose. provide color coded images of brains activity. red and yellow are high levels of activity, green and blue indicate lower levels of brain activity
Positron Emission Tomography (PET scan)
47
brain imaging: analyzes molecular response of nervous tissue to magnetic fields
Magnetic Resonance Imaging (MRI)
48
bring input to the brain; light or sound, smell, taste, skin senses, information from internal organs. communicate info FROM the environment TO the CNS
sensory neurons
49
communicate info to the muscles and glands of the body. communicate info FROM the CNS TO the muscles
motor neurons
50
communicate info between neurons. by far most of the neurons in the human nervous system are these
interneurons
51
processes nutrients and provides energy for the neuron; contains cell's nucleus; also called the soma. contains DNA chromosomes
cell body
52
multiple short fiber that extend from the neuron's cell body and receive info from other neurons or from sensory receptor cells
dendrites
53
the junction between axon terminals and dendrites
the synapse
54
the long, fluid-filled tube that carries a neuron's messages to other body areas. one per cell branches at end to connect to other cells, these terminals are at the tips of it's branches
axon
55
insulating layer of fatty material composed of glial cells
myelin sheath
56
type of glial cell: provides connections between neurons and blood vessels; involved in brain development and communication among neurons
astrocytes
57
type of glial cell: remove waste products from the nervous system
microglia
58
type of glial cells: form the myelin sheath
oligodendrocytes, schwann cells
59
presence of positive sodium ions outside of the cell (Na+) and negative proteins inside the cell (P-) -70 millivolts inside the cell/ Potassium ions also found inside the cell (K+). negatively charged inside, positively charged outside
resting potential
60
neurotransmitter release across the synapse from another neuron activates receptor sites (sodium channels). when it reaches stimulus threshold (-55 MV) it triggers depolarization and Na+ ions rush in, making the cell more positive. if sufficient sodium enters the cell, threshold level is reached. has a peak of (+30-+40 mV)
spike or action potential
61
sodium channels close and potassium channels open. potassium ions leave the cell
repolarizing
62
portion of the cell is hyperpolarized and has a negative charge of -90 MV, K+ enters the cell and the neuron begins establishing resting potential
refractory period
63
when an action potential reaches the axon terminal___ ____ open up causing the synaptic vesicles to release the neurotransmitters
calcium channels
64
some neurotransmitters are destroyed by enzymes others are returned to the presynaptic cell and recycled through the process of ___
reuptake
65
some neurotransmitters are deactivated and destroyed in the synapse by ___
enzymes
66
some NT are reabsorbed through ___ in the pre-synaptic cell
amine pumps
67
NT are carried to amine pumps by ___ ___
transporter proteins
68
important NT: learning, memory, muscle contractions; associated with Alzheimer's
acetylcholine
69
important NT: movement, thought process, rewarding sensations; associated with Parkinson's, schizophrenia, and drug addiction
dopamine
70
important NT: emotional states, sleep, sensory perception; associated with depression
serotonin
71
important NT: physical arousal, learning, memory, regulation of sleep; associated with depression and stress
norepinephrine
72
important NT: excitatory messages; associated with seizures and alzheimer's
glutamate
73
important NT: pain perception, positive emotions; associated with opioid addiction
endorphins
74
involved in attachment and romantic love, high levels after birth of a child, associated with empathy, found in higher levels in women, promotes monogamy
oxytocin
75
poorly fit the receptor and block the transmitter
antagonists
76
fit receptor well and act like the transmitter
agonists
77
communicate info from one part of the body to another by secreting messenger chemicals called hormones into the bloodstream
endocrine system
78
produces melatonin, helps regulate sleep-wake cycles
pineal gland
79
brain structure that controls the pituitary gland; links NS and endocrine system
hypothalamus
80
regulates activities of several other glands, produces growth hormone, prolactin, and ocytocin
pituitary gland
81
controls body metabolism rate
thyroid gland
82
produce epinephrine, norepinephrine, which cause physical arousal in response to danger, fear, stress, and other strong emotions
adrenal glands
83
regulates blood sugar and insulin levels; involved in hunger
pancreas
84
secrete estrogen and progesterone, which regulated feminine sexual development and reproduction and influence sexual behavior
ovaries
85
secrete testosterone, which regulates male sexual development and reproduction and influences sexual behavior
testes
86
the ability to change function and structure
neuroplasticity
87
brain's ability to shift functions from damaged to undamaged brain areas
functional plasticity
88
ability to physically change its structure in response to learning, active practice, or environmental simulation
strucutural plasticity
89
the development of new neurons
neurogenesis
90
major pathways from the left side of body across over to the right side of the brain and vice versa
contralateral control
91
uppermost and largest brain region: contains cerebral cortex
forebrain
92
contains structures involved in processing visual and auditory info
midbrain
93
region at the base of brain that connects the brain to the spinal cord
hindbrain
94
(in hindbrain) controls autonomic functions like breathing, heart rate, blood, controls swallowing, coughing, vomiting, and sneezing
medulla
95
(part of hindbrain) connects medulla to the two sides of the cerebellum, helps coordinate and integrate movements and maintain balance
pons
96
(part of hindbrain) responsible for muscle coordination and maintaining posture and equilibrium, coordinates rapid voluntary movement, responsible for motor memory.
cerebellum
97
(in hindbrain) network of nerve fibers in center of medulla that help regulate sleep, attention, and arousal
reticular formation
98
receives info from touch receptors in different parts of the body
somatosensory cortex
99
processes somatosensory info, including touch, temp, pressure, and info from receptors in the muscles and joints
parietal lobe
100
peanut-sized forebrain structure. considerable control over secretion of endocrine hormones by influencing pituitary gland. plays key role in regulating sleep-wake cycles and other rhythms in the body
hypothlamus
101
regulates levels of awareness, attention, motivation, and emotional aspects of sensations
thalamus
102
an almond-shaped clump of neuron cell bodies at the base of the temporal lobe
amygdala
103
curved forebrain structure
hippocampus
104
a partial or complete inability to articulate ideas or understand written language because of brain injury or damage
aphasia
105
area of brain that when damages can comprehend but not produce language
Broca's area (expressive aphasia)
106
when damaged affected spoken and written communication
Wernicke's area (receptive aphasia)
107
reading and integrating what we see with what we hear
angular gyrus
108
superior in language abilities, speech, reading, and writing. words and letters, language and sounds, verbal memory, speech, grammar rules, reading and writing and arithmetic
left hemisphere
109
involved in nonverbal emotion expression and visual-spatial tasks. geometric patterns, faces, emotional expression, nonlanguage sounds, music, nonverbal memory, emotional tone of speech, geometry, sense direction, distance, mental rotation of shapes
right hemispheres
110
contains three thin layers that envelop and protect brain and spinal cord
meninges
111
organized information among the other lobes of the brain; responsible for higher-level cognitive functions like thinking perception and control
frontal lobes
112
processes visual info and help us see
occipital lobes
113
receive and process sensory info; orient the body in space
parietal lobes
114
plays a key role in hearing, language comprehension, and memory; process auditory stimuli; recognize visual objects
temporal lobes