Psych Exam 2 Flashcards

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1
Q

cross-sectional study

A

research that compares people of different ages at the same point in time.

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2
Q

longitudinal study

A

research that follows and retests the same people over time.

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3
Q

Nature vs. nurture debate

A

Individuals are formed by the interaction of biological and psychological and social -cultural forces

the longstanding controversy over the relative contributions that genes and experience
make to the development of psychological traits and behaviors. Today’s science sees
traits and behaviors arising from the interaction of nature and nurture.

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4
Q

teratogens

A

agents, such as chemicals and viruses, that can reach the embryo or fetus during
prenatal development and cause harm.Teratogens are potentially harmful agents that
can pass through the placenta and harm the developing embryo or
fetus, as happens with fetal alcohol syndrome.

Examples: Fetal alcohol syndrome

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5
Q

Piaget’s Cognitive Stages

A

Sensorimotor
Preoperational
Concrete operational
Formal Operational

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6
Q

sensorimotor stage
Ages 0- 2

A

the stage (from birth to nearly 2 years of age) at which infants know the world mostly
in terms of their sensory impressions and motor activities. They use their senses to learn about the world around them and their motor skills to explore. Object permanence developed a child does not understand that when they do not see an object anymore, that it still exists 

Hallmarks of this stage include wiggling their fingers, kicking their legs, or sucking their thumbs. These actions differ from the previous stage of reflexive actions because they are done intentionally.

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7
Q

Pre operational stage

A

Able to represent things with words and images but too young to perform mental operations.

Language able to represent things with words that have been able to draw things to understand symbols they’re able to do pretend play still too young to understand the logic.

During this stage (toddler through age 7), young children are able to think about things symbolically. Their language use becomes more mature. They also develop memory and imagination, which allows them to understand the difference between past and future, and engage in make-believe.Aug 17, 2020

Ages 2-7

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8
Q

Concrete stage

A

The concrete operational stage usually starts when your child hits 7 years old and lasts till they reach 11. Thinking in this stage is characterized by logical operations, such as talking imagination, recognizing symbols, conservation reversibility or classification, allowing logical reasoning, basic math (water test)

A child who is in the concrete operational stage will understand that both candy bars are still the same amount, whereas a younger child will believe that the candy bar that has more pieces is larger than the one with only two

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9
Q

Formal Stage

A

The formal operational stage is the fourth and final stage in Piaget’stheory. It begins at approximately 11 to 12 years of age, and continuesthroughout adulthood, although Piaget does point out that some people may neverreach this stage of cognitive development.
You start to think or abstractly and reason like an adult

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10
Q

conservation

A

the principle (which Piaget believed to be a part of concrete operational reasoning) that properties such
as mass, volume, and number remain the same despite changes in the forms of objects

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11
Q

object permanence

A

the awareness that things continue to exist even when not perceived.
Pre- operational stage

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12
Q

Attachment

A

Usually emotional time with another person inference for attachments not just because parents gratify biological needs but also because they are comfortable familiar and responsive.
Infants, differing attachment, styles reflect both their individual temperament and the responsiveness of their parents, child and care providers
Early attachment, influence later, adult relationships, and comfort with affectionate intimacy

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13
Q

ATTACHMENT TYPES:

A
  1. Mom in room with baby
  2. Mom leaves the room
  3. Mom comes back intro room (reunion)

Secure
Insecure-Anxious
Insecure -avoidant

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14
Q

Secure

A

60% of babies in their caregivers presence, these children play comfortably, happily exploring their new environment. When she leaves, they become upset. When she returns, they seek contact with her.

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15
Q

Insecure- Anxious

A

Infant may both resist and seek contact with caregiver upon reunion.

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16
Q

Insecure- Anxious

A

Infant may both resist and seek contact with caregiver upon reunion.

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17
Q

Insecure- Avoidant:

A

Infant avoids connection with caregiver and does not seem to care about the caregiver’s presence, departure, or return.

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18
Q

PARENTING STYLES

A

Authoritarian (coercive)

Permissive (un-restraining)

Negligent (uninvolved)

Authoritative (confrontive)

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19
Q

Permissive

A

They make few demands, set few limits, and use little punishment.

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20
Q

Negligent

A

These careless and inattentive parents do not seek a close relationship with their children.

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21
Q

Authoritative

A

They exert control by setting rules but, especially with older children encourage open discussion and allow exceptions

Authoritative parenting is associated with greater self-esteem, selfreliance

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22
Q

Authoritarian

A

They impose rules and expect obedience.

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23
Q

Adolescence cognitive development

A

changes in the brain that prepare people to think and learn. Just as in early childhood, adolescent brains undergo a lot of growth and development. These changes will reinforce adolescents’ abilities to make and carry out decisions that will help them thrive now and in the future.

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24
Q

Imaginary Audience

A

Teens begin imagining what others are thinking about
them and develop an intense awareness of this imaginary audience.

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25
Q

Personal fable

A

Teens believing that they are unique and special and what happens to “most people” would never happen to them. “My vaping is just for fun; I would never end up an addicted smoker like my uncle.”

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26
Q

Kohlberg’s level of moral thinking

A
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27
Q

Preconventional
morality

A

(before age 9)
Self-interest; obey rules to
avoid punishment or gain
concrete rewards.
“If you steal the medicine, you will
go to jail.”

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28
Q

Postconventional morality

A

(adolescence
and beyond)
Actions reflect belief in basic
rights and self-defined ethical

principles.

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29
Q

Conventional morality

A

(early adolescence)
Uphold laws and rules to gain
social approval or maintain
social order

“We are supposed to take care of
our loved ones, so you should
steal the drug.”

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30
Q

What is Emerging adulthood?

A

A period from about age 18 to the mid-twenties when many in Western cultures are no longer adolescents but have not yet achieved full independence as adults

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31
Q

Erikson’s stages of social development:

A

Erik Erikson in collaboration with Joan Erikson, is a comprehensive psychoanalytic theory that identifies a series of eight stages that a healthy developing individual should pass through from infancy to late adulthood.According to Erikson’s theory the results from each stage, whether positive or negative, influences the results of succeeding stages. Erikson published a book called Childhood and Society around the 1950s

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32
Q

Identity vs. role confusion

A

Teenagers work at refining a sense of self by testing roles and then integrating them to form a single
identity, or they become confused
about who they are.

(Adolescence/teen years
into 20s)

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33
Q

Intimacy vs. isolation

A

Young adults struggle to form close relationships and to gain the capacity for intimate love, or they
feel socially isolated
Takes place during young adulthood between the ages of approximately 19 and 40. The major conflict at this stage of life centers on forming intimate, loving relationships with other people. Success at this stage leads to fulfilling relationships. Struggling at this stage, on the other hand, can result in feelings of loneliness and isolation.
Young
adulthood
(20s to early
40s)

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34
Q

Generativity vs. stagnation

A

Middle-aged people discover a sense
of contributing to the world, usually
through family and work, or they
may feel a lack of purpose.

Middle
adulthood
(40s to 60s)

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35
Q

Integrity vs. Despair

A

Late
adulthood
(late 60s and
up)
Reflecting on their lives, older adults
may feel a sense of satisfaction or
failure.

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36
Q

Chapter 7

Operant conditioning

A

A type of learning in which behavior becomes more likely to recur if followed by a reinforcer, or less likely to reoccur, if followed by a punisher

Positive reinforcement
Negative reinforcement
Positive punishment
Positive reinforcement

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37
Q

Classical Conditioning

A

Forms association between stimuli. It also involves respondent behavior, automatic responses to stimulus such a salivating response to meet powder and leader in response to a tone.

Neutral stimulus
Unconditioned stimulus
Unconditioned response
Conditioned stimulus
Conditioned response
Extinction

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38
Q

Observational learning,

A

Observational learning (also called social learning) involves learning
by watching and imitating, rather than through direct experience. We learn new behaviors by observing events and watching others.

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39
Q

Learning

A

the process of acquiring through experience new and relatively enduring
information or behaviors. (pp. 258, 267, 278)

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40
Q

Observational learning

A

learning by observing others
observational learning (also called social
learning), in which higher animals, especially humans, learn without
direct experience, by watching and imitating others. A child who
sees his sister burn her fingers on a hot stove learns not to touch it.
We learn our native languages and various other specific behaviors
by observing and imitating others, a process called modeling.

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41
Q

Classical
conditioning / Pavlov

A

a learning process that occurs when two stimuli are repeatedly paired :a response which is at first elicited by the second stimulus is eventually elicited by the first stimulus alone.
memories created by classical conditioning
Through classical conditioning, our fear responses can become linked
with formerly neutral objects and events. To understand the link
between learning and anxiety, researchers have given lab rats
unpredictable electric shocks (Schwartz, 1984). The rats, like assault
victims who report feeling anxious when returning to the scene of
the crime, then become uneasy in their lab environment
Even a single painful and
frightening event may trigger a full-blown phobia, thanks to
classical conditioning’s stimulus generalization and operant
conditioning’s reinforcement.

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42
Q

Neutral Stimulus

A

neutral
in classical conditioning, a stimulus that elicits no response before conditioning.

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43
Q

Unconditioned stimulus

A

in classical conditioning, a stimulus that unconditionally—naturally and automatically—triggers an unconditioned response (UR). UNLEARNED

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44
Q

Unconditioned response

A

in classical conditioning, an unlearned, naturally occurring response (such as salivation)
to an unconditioned stimulus (US) (such as food in the mouth).

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45
Q

Conditioned stimulus

A

in classical conditioning, a learned response to a previously neutral (but now conditioned) stimulus (CS).Distinguishing
these two kinds of stimuli and responses is easy: Conditioned =
learned; unconditioned = unlearned.

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46
Q

Conditioned response

A

Salivation in response to a tone, however, is learned. It is conditional upon the dog’s associating the tone with the food. Thus, we call this response the conditioned response (CR)

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47
Q

Extinction

A

the diminishing of a conditioned response; occurs in classical conditioning when an
unconditioned stimulus (US) does not follow a conditioned stimulus (CS); occurs in
operant conditioning when a response is no longer reinforced

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48
Q

Operant conditioning /Skinner became modern
behaviorism’s most influential and controversial figure

A

is a type of learning in which behavior becomes
more likely to recur if followed by a reinforcer or less likely to recur
if followed by a punisher.

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49
Q

Positive reinforcement

A

increasing behaviors by presenting a pleasurable stimulus. A positive reinforcer is any stimulus that, when presented adds a desirable stimulus to increase the
frequency of a behavior.
stimulus immediately after a response.
Example: A child receives money for doing chores. Pet a dog that comes when you call it; pay someone for work done.

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50
Q

Negative reinforcement

A

increasing behaviors by stopping or reducing an aversive stimulus. A negative reinforcer
is any stimulus that, when removed after a response, strengthens the response. (Note:
Negative reinforcement is not punishment.)
Example: At dinner time, a child pouts and refuses to eat her vegetables for dinner. Her parents quickly take the offending veggies away. Since the behavior (pouting) led to the removal of the aversive stimulus (the veggies), this is an example of negative reinforcement.
Example: Take painkillers to end pain; Fasten seatbelt to end loud beeping.

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51
Q

Reinforcement schedules:

A

a pattern that defines how often a desired response will be reinforced.

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52
Q

continuous reinforcement

A

schedule reinforcing the desired response every time it occurs.

learning occurs rapidly, which makes it
the best choice for mastering a behavior. But extinction also occurs
rapidly. When reinforcement stops—when we stop delivering food
a􀃗er the rat presses the bar—the behavior soon stops (is
extinguished). If a normally dependable candy machine fails to
deliver a chocolate bar twice in a row, we stop putting money into it
(although a week later we may exhibit spontaneous recovery by trying
again).

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53
Q

partial (intermittent) reinforcement schedule

A

reinforcing a response only part of the time; results in slower acquisition of a response
but much greater resistance to extinction than does continuous reinforcement.

in which
responses are sometimes reinforced, sometimes not. Learning is
slower to appear, but resistance to extinction is greater than with
continuous reinforcement. Imagine a pigeon that has learned to
peck a key to obtain food. If you gradually phase out the food
delivery until it occurs only rarely, in no predictable pattern, the
pigeon may peck 150,000 times without a reward (Skinner, 1953).
Slot machines reward gamblers in much the same way—occasionally
and unpredictably. And like pigeons, slot players keep trying, time
and time again. With intermittent reinforcement, hope springs
eternal.

54
Q

fixed-ratio schedule

A

in operant conditioning, a reinforcement schedule that reinforces a response only after a specified number of responses.

reinforce behavior after a set number of
responses. Coffee shops may reward us with a free drink after every 10 purchased. Once conditioned, rats may be reinforced on a fixed ratio of, say, one food pellet for every 30 responses. Once conditioned, animals will pause only briefly after a reinforcer before returning to a high rate of responding.

55
Q

variable-ratio schedule

A

in operant conditioning, a reinforcement schedule that reinforces a response after an unpredictable number of responses.

This unpredictable reinforcement is what slot-machine players and fly fishers
experience, and it’s what makes gambling and fly fishing so hard to extinguish even when they don’t produce the desired results. Because reinforcers increase as the number of responses increases, variable-ratio schedules produce high rates of responding.

56
Q

fixed-interval schedule

A

in operant conditioning, a reinforcement schedule that reinforces a response only after a specified time has elapsed.

reinforce behavior after a set number of
responses. Coffee shops may reward us with a free drink after every 10 purchased. Once conditioned, rats may be reinforced on a fixed ratio of, say, one food pellet for every 30 responses. Once conditioned, animals will pause only briefly after a reinforcer before returning to a high rate of responding.

57
Q

variable-interval schedule

A

in operant conditioning, a reinforcement schedule that reinforces a response at
unpredictable time intervals.

provide reinforcers after a seemingly
unpredictable number of responses. This unpredictable reinforcement is what slot-machine players and fly fishers experience, and it’s what makes gambling and fly fishing so hard to extinguish even when they don’t produce the desired results.
Because reinforcers increase as the number of responses increases,
variable-ratio schedules produce high rates of responding

58
Q

Which reinforcement schedules are best?

A
59
Q

punishment

A

an event that tends to decrease the behavior that it follows.

60
Q

Positive punishers

A

Administer an
aversive stimulus.
Spray water on a barking dog; give a traffic ticket for
speeding.

61
Q

negative punishers

A

Withdraw a
rewarding
stimulus.
Take away a misbehaving teen’s driving privileges; block
a rude commenter on social media.

62
Q

Chapter 8

What is memory

A

memory
the persistence of learning over time through the encoding, storage, and retrieval of
information.

63
Q

Retention memories:

A
64
Q

Recall

A

retrieving information that is not currently in your
conscious awareness
but that was learned at an earlier time. A fill-in-the-blank question tests your recall.

65
Q

Recognition

A

identifying items previously learned A multiple choice question tests your recognition

66
Q

Relearning

A

learning something more quickly when you learn it a second or later time. When you review the first weeks of course work to prepare for your final exam, or engage a language used in early childhood, it will be easier to relearn the material than
when you first learned it.

67
Q

Atkinson- Sheffrin Model

A

The Atkinson-Shiffrin model is a theory of human memory that was proposed by Richard Atkinson and Richard Shiffrin in 1968.

External event happens…
-Sensory memory
-Working memory /short term
-Long term memory

but researchers now recognize other ways that long-term memories form. For example, some information slips into long-term memory via a “back door,” without our consciously attending to it (automatic processing). And so much active processing occurs in the shortterm memory stage that we now call it working memory.

68
Q

Encode

A

The process of getting information into the memory system—for example, by extracting meaning. Get information into our brain

69
Q

Store

A

The process of retaining encoded information over time.Retain that information

70
Q

Retrieve

A

Later get the information back out. The process of getting information out of memory storage

71
Q

Sensory memory

A

Sensory memory refers to very short-term memories about perceptions of the world through the five senses of sight, hearing, smell, touch, and taste. A fraction of the information captured in sensory memory immediately after perception is thought to be transferred to short-term memory, some of which ultimately persists in some form in long-term memory

This form of memory is short lived (0.5–3 seconds) but has a large capacity.

Sensory information is stored in sensory memory just long enough to be transferred to short-term memory. Humans have five traditional senses: sight, hearing, taste, smell, touch.

72
Q

Short-term memory

A

briefly activated memory of a few items (such as digits of a phone number while calling) that is later stored or forgotten

73
Q

Long-term memory

A

the relatively permanent and limitless archive of the memory system Includes
knowledge, skills, and experiences.

74
Q

Working memory

A

a newer understanding of short-term memory; conscious, active processing of both incoming sensory information, and information retrieved from long-term memory
Examples : Remembering a phone number, recalling directions, or writing an essay are all tasks that use working memory.

75
Q

Implicit

Information, Remembered, unconsciously, and effortlessly
A

Implicit memory is sometimes referred to as unconscious memory or automatic memory. Implicit memory uses past experiences to remember things without thinking about them. The performance of implicit memory is enabled by previous experiences, no matter how long ago those experiences occurred.
Examples: How to balance, walk, muscle memory

76
Q

Explicit

Information you consciously work to remember
A

Explicit is a conscious memory - a type of long-term memory that’s concerned with recollection of facts and events. You may also see explicit memory referred to as declarative memory. Explicit memory requires you to consciously recall information.
Example: Past events, naming all the animals you saw at the zoo

77
Q

Semantic memories
Conscious memory system

A

explicit memory of facts and general knowledge one of our two conscious memory
systems (the other is episodic memory).

78
Q

Episodic memories
Conscious memory system

A

Explicit memory of personally experienced of events includes your frontal lobes and hippocampus

one of our two conscious memory
systems (the other is semantic memory).
Cognitive

79
Q

Effortful processing

A

effortful processing, which requires conscious effort and attention.requires attentive awareness and happens, for example,
when we work hard to learn new material in class, or new lines for a
play.

80
Q

Effortful processing strategies:

A

Chunking & Mnemonics

81
Q

Chunking

A

organizing items into familiar, manageable units;

82
Q

Mnemonics

A

memory aids, especially those techniques that use vivid imagery
and organizational devices.

83
Q

What roles do frontal lobes, hippocampus, cerebellum and basal ganglia play in memory

A

Frontal lobes and hippocampus: explicit memory formation
Cerebellum and basal ganglia: implicit memory formation
Amygdala: emotion-related memory formation

84
Q

Automatic processing

A

unconscious encoding of incidental information, such as space, time, and
frequency, and of familiar or well-learned information, such as sounds, smells,
and word meanings

This includes memories of how to perform tasks that you do every day. Rather than consciously recalling how to ride a bike, you are able to perform the task without really thinking about it.

85
Q

hippocampus

A

a neural center located in the limbic system; helps process explicit (conscious)
memories—of facts and events—for storage. Stores explicit memories.

86
Q

How do emmotions affect our memory processing?

People react to their user experience at 3 levels of emotion,
Visceral, Behavioral, and Reflective emotions.

A

Emotional events are easier to remember because they activate your amygdala and hippocampus at almost exactly the same time.The emotion-focused amygdala helps the hippocampus store memories more effectively , resulting in stronger memories.

Our emotions trigger stress hormones that influence memory
formation. When we are excited or stressed, these hormones make
more glucose energy available to fuel brain activity, signaling the
brain that something important is happening. Moreover, stress
hormones focus memory. Stress provokes the amygdala (two limbic
system, emotion-processing clusters) to initiate a memory trace—a
lasting physical change as the memory forms—that boosts activity in
the brain’s memory-forming areas
It’s as if the amygdala says, “Brain, encode this
moment for future reference!” The result? Emotional arousal can
sear certain events into the brain, while disrupting memory for
irrelevant events

87
Q

Infantile amnesia

A

The infantile amnesia definition is the loss of very early memories. Most people do not remember events from when they were a very young child. For instance, most people would not be able to recall their own first words or first steps

88
Q

Memory Retrieval

A

Context Dependent
state- dependent
serial position effect

89
Q

Context-Dependent Memory

A

Context-dependent forgetting can occur when the environment during recall is different from the environment you were in when you were learning.

Have you noticed? Putting yourself back in the context where you
earlier experienced something can prime your memory retrieval.
Remembering, in many ways, depends on our environment
Remember the importance of context dependent
and state-dependent memory. Mentally re-create the
situation and the mood in which your original learning occurred.
Jog your memory by allowing one thought to cue the next.

90
Q

State-Dependent Memory

A

State-dependent forgetting occurs when your mood or physiological state during recall is different from the mood you were in when you were learning.

Closely related to context-dependent memory is state-dependent
memory. What we learn in one state—be it drunk or sober—may be
more easily recalled when we are again in that state. What people
learn when drunk they don’t recall well in any state (alcohol disrupts
memory storage). But they recall it slightly better when again drunk.
Someone who hides money when drunk may forget the location
until drunk again.

91
Q

Serial Position Effect

A

is the tendency of a person to recall the first and last items in a series best, and the middle items worst.

tendency to recall best the last (recency effect) and first (primacy effect) items in a
list.
Imagine it’s your first day in a new job, and your manager is
introducing co-workers. As she leads you to meet each person, you
silently repeat everyone’s name, starting from the beginning. As the
last person smiles and turns away, you feel confident you’ll be able
to greet your new co-workers by name the next day.
Don’t count on it. Because you have spent more time rehearsing the
earlier names than the later ones, those are the names you’ll
probably recall more easily the next day. In experiments, when
people viewed a list of items (words, names, dates) or experienced a
series of odors or tastes, and then immediately tried to recall them
in any order, they fell prey to the serial position effect

92
Q

Amnesia
*Retrograde
*Anterograde

A

Some people experience anterograde amnesia, an inability to form new memories, or retrograde amnesia, an inability to retrieve old memories.

93
Q

encoding failure

A

Unattended information never
entered our memory system

Age-related memory decline
• Selective attention

94
Q

storage decay

A

Information fades from our memory
Not activating the amygdala

Memory decay happens when time passes during which memories have not been accessed. The brain really does have a “use it or lose it” tendency, and when memories and things learned are not reinforced and recalled, those neural pathways tend to lose strength over time.

•Gradual fading of the physical memory trace.
•Course of forgetting occurs rapidly at first, then levels off with time.

95
Q

Retrieval failure

A

We cannot access stored information accurately, sometimes due to
interference or motivated forgetting.

96
Q

Pro active
Inhibition
Type of retrieval failure

A

in proactive inhibition, old memories interfere with the retention of new learning. Both phenomena have great implications for all kinds of human learning.

97
Q

Retroactive
Type of memory retrieval failure

A

. In retroactive inhibition, new learning interferes with the retention of old memories;

98
Q

How reliable are young children’s eyewitness accounts?

A

YesChildren’s eyewitness descriptions are subject to the same memory influences that distort adult reports. If questioned soon after an event in neutral words they understand, children can accurately recall events and people involved in them.
58 percent of preschoolers produced false
(often vivid) stories regarding one or more events they had never experienced

99
Q

general intelligence (g)

A

according to Spearman and others, underlies all mental abilities and is therefore
measured by every task on an intelligence test.

100
Q

crystallized intelligence (Gc)

A

—our accumulated knowledge as reflected in vocabulary and applied skills our accumulated knowledge and verbal skills; tends to increase with age.

101
Q

fluid intelligence (Gf)—

A

our ability to reason speedily and abstractly,
as when solving logic problems . our ability to reason speedily and abstractly; tends to decrease with age, especially during late adulthood.

102
Q

savant syndrome

A

a condition in which a person otherwise limited in mental ability has an exceptional
specific skill, such as in computation or drawing.

103
Q

Sternberg’s Three Intelligences

A

Analytical, Creative, Practical

104
Q

Analytical (academic problem-solving)

A

intelligence is assessed
by intelligence tests, which present well-defined problems
having a single right answer. Such tests predict school grades
reasonably well and vocational success more modestly.

105
Q

Creative intelligence

A

is demonstrated in innovative smarts: the
ability to adapt to new situations and generate novel ideas.

106
Q

Practical intelligence

A

is required for everyday tasks that may be
poorly defined and may have multiple solutions.

107
Q

Emotional intelligence

A

the ability to perceive, understand, manage, and use emotions.

108
Q

Perceiving emotions

A

(recognizing them in faces, music, and
stories, and identifying one’s own emotions),

109
Q

Understanding emotions

A

(predicting them and how they may
change and blend),

110
Q

Managing emotions

A

(knowing how to express them in varied
situations, and how to handle others’ emotions),

111
Q

Using emotions .

A

to facilitate adaptive or creative thinking

112
Q

Achievement and aptitude test

A
113
Q

Gardner’s eight intelligences theory of multiple intelligences

A

Howard Gardner has instead identified eight relatively independent intelligences, including the verbal and mathematical aptitudes assessed by standardized tests
has also proposed a
ninth possible intelligence—existential intelligence—the ability “to
ponder large questions about life, death, existence.” Gardner’s
notion of multiple intelligences continues to influence many
educators’ belief that children have different “learning styles

114
Q

intelligence test

A

assesses people’s mental aptitudes and
compares them with those of others, using numerical scores. a method for assessing an individual’s mental aptitudes and comparing them with
those of others, using numerical scores.

115
Q

Aptitude tests, .

A

which are intended to predict what you will be
able to learn. If you took an entrance exam, it was designed to
predict your ability to do college or university work

116
Q

Intelligence Quotient Test IQ

A

German psychologist William Stern derived the
famous term intelligence quotient, or IQ. The IQ was simply a
person’s mental age divided by chronological age and multiplied by
100 to get rid of the decimal point. Thus, an average child, whose
mental age (8) and chronological age (8) are the same, has an IQ of
100. But an 8-year-old who answers questions as would a typical 10-
year-old has an IQ of 125:

117
Q

Wechslers Adult intelligence scale

A
118
Q

Similarities

A

reasoning the commonality of two objects or
concepts (“In what way are wool and cotton alike?”)

119
Q

Block design

A

visual abstract processing (“Using the four
blocks, make one just like this.”)

120
Q

Letter-number sequencing

A

on hearing a series of numbers and
letters (“R-2-C-1-M-3”), repeating the numbers in ascending
order, and then the letters in alphabetical order.

121
Q

Vocabulary—

A

naming pictured objects, or defining words (“What
is a guitar?”)

122
Q

standardization

A

defining uniform testing procedures and meaningful scores by comparison with the
performance of a pretested group.

123
Q

reliability

A

the extent to which a test yields consistent results, as assessed by the consistency of
scores on two halves of the test, on alternative forms of the test, or on retesting.

124
Q

validity

A

the extent to which a test measures or predicts what it is supposed to. (See also
predictive validity.)

125
Q

How to improve memory

A

• Give yourself many separate study sessions
Strengthen memories by retrieving a to-be-remembered item several times
• Taking lecture notes by hand can help you summarize the material in your own words leading to better retention
•Make the material meaningful to you
• Use mnemonic devices
• Sleep more

persistence of learning over time through the encoding, storage, and retrieval of
information.

126
Q

Imaginary Audience

A

Capable of thinking about their own and others’
thinking, teens also begin imagining what others are thinking about
them and develop an intense awareness of this imaginary audience.

127
Q

MEMORY
CONSTRUCTION
ERRORS

A

According to reconstructive theories of memory, ordinary memory is prone to error. Errors in remembering can be broken down into errors of omission, in which information is left out of a memory

128
Q

Reconsolidation:

A

a process in which previously stored memories, when retrieved, are potentially alteredbefore being stored again.

129
Q

Misinformation effect:

A

A memory is corrupted by misleading information.

130
Q

Repression
Memory retrieval failure

A

Sigmund Freud, believed that our brains are self censoring and act as a defense mechanism to repress specific memories however, 60 to 90% agree that memory searches think repression is rear because when the amygdala is activated, it is unlikely that you will forget high stress developed memories

131
Q

Retrograde
Type of amnesia

A

Unable to access old memories

132
Q

Anterograde
Type of amnesia

A

Unable to access new memories