Learning Week 7 Flashcards

1
Q

When a stimulus is repeated and the response to it weakens

A

Habituation

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2
Q

Noticing the loud ticks of a clock and then eventually tuning it out is and example of

A

Habituation

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3
Q

Classical conditioning is also known as —– conditioning

A

Pavlovian

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4
Q

Operant conditioning is also known as —– conditioning

A

instrumental

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5
Q

Both Classical and operant conditioning are forms of

A

Associative learning

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6
Q

Russian Physiologist that studies digestion and came up with a basis of classic conditioning in psychology

A

Ivan Pavlov

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7
Q

This elicits and involuntary unconditioned response:

A

Unconditioned stimulus

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8
Q

An innate or involuntary or unlearned resposnse to a stilulus is known as a: (it may be a reflex or a response of the autonomic nervous system ANS)

A

Unconditioned response

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9
Q

Simulus that does not elicit an UCR, but once paired with a unconditioned stimulus it can over time then become a conditioned a respomse.

A

Neutral Stimulus

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10
Q

Stimulus that was once neutral but has now become conditioned

A

Conditioned Stimulus

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11
Q
A

Conditioned response

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12
Q

Touching a hot stove and pulling your hand back after touching it is an example of an unconditioned response. In this scenario the stove is the —– ——-.

A

Unconditioned stimulus

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13
Q

An unconditioned response to a stimulus is usually actioned by our ——– nervous system

A

Autonomic

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13
Q

An unconditioned response is an innate or unlearned response to a stimulus and is called an

A

Unconditioned response (and most of the time is a reflex or involuntary)

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14
Q

When a neutral stimulus becomes a conditioned stimulus it can elicit a

A

conditioned response

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15
Q

An excessive fear of a object, place or situation

A

Phobia

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16
Q

hearing a loud BANG and crying is a ——– response to a ——- stimulus

A

unconditioned response to an unconditioned response (its pretty natural to do it/reflex)

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17
Q

UCS + NS =

A

UCR

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18
Q

after conditioning the NS becomes the

A

CR

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19
Q

An environmental stimulus leads to a learned response is called:

A

Classical conditioning

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20
Q

The pairing in conditioning is done by pairing what:

A

Unconditioned (reflex) stimulus with a neutral stimulus

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21
Q

When an organism learns to respond to stimuli that resemble the CS with a similar response

A

Stimulus generalisation

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22
Q

(in Classical conditioniing) presentation of the CS without the UCS still elicits a CR is called:

A

extinction (pavlov could just ring the bell and the dog would salivate, the food dint need to be there)

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23
Q

To operate on the environment and produce a consequence

A

Operant Conditioning

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24
Q

Consequence that increases the probability a response will occur

A

Reinforcement

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25
Q

Consequence that decreases the probability a response will occur

A

Punishment

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26
Q

In Operant conditioning, when enough trials pass in which the operant is not followed by consequences previously associated with it

A

Extinction (operant conditioning)

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27
Q

Operant conditioning is influenced by

A

cultural factors and the characteristics of the learner

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28
Q

Theory that incorporates concepts of conditioning from behaviourism but adds cognition and social learning

A

Cognitive-Social Theory

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29
Q

Cognitive-Social Theory surrounds cognition and social learning but also incoporates concepts of

A

conditioning from behaviourism

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30
Q

Humans develop mental images of and expectations about, the environment and these influences their behaviour - is the basis poof what theory

A

Cognitive Social Theory

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31
Q

What is learning through social interaction called

A

Social Learning

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32
Q

Learning is essentially about

A

prediction - predicting the future from past experience and using these predictions to guide behaviour.

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33
Q

something in the environment that elicits a response

A

Stimulus

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34
Q

a behaviour that is elicited automatically by an environmental stimulus, such as the knee-jerk reflex elicited
by a doctor’s rubber hammer.

A

Reflex

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35
Q

the more that same stimulus is presented, the weaker the
baby’s response to that stimulus becomes, is an example of

A

habituation

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36
Q

a function that habituation seems to serve

A

helps us screen out information that does not predict anything useful to us

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37
Q

The 3 assumptions of learning

A
  1. experience shapes behaviour
  2. Learning is adaptive (as in the darwinism sense)
    3.experimentation uncovers laws of learning
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38
Q

Aristotle proposed a set of laws of association— which are

A
  1. the law of contiguity, ( proposes that two events will become connected in the
    mind if they are experienced close together in time ) And
  2. the law of similarity, which states that objects that resemble each other are likely to become associated.
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39
Q

Learning refers to any enduring change in the way an organism responds based on its experience:

A

Learning

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40
Q

Pavlovian or respondent conditioning is also known as

A

Classical conditioning

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41
Q

A response that has been learned

A

conditioned response

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42
Q

a stimulus that, through learning, has
come to evoke a conditioned response

A

Conditioned stimulus

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43
Q

This initial stage of learning, in which the conditioned response becomes associated with the conditioned stimulus (during “conditioning”

A

Acquisition

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44
Q

initially neutral stimulus comes to elicit a
conditioned response is a process called

A

Classical conditioning

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45
Q

a field that studies how our thoughts and feelings can affect our body’s immune system,

A

Psychoneuroimmunology (PNI)

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46
Q

An environmental stimulus leads to a learned response, through pairing of an unconditioned stimulus with a previously neutral conditioned stimulus. This is called:

A

In classical conditioning,

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47
Q

Once an organism has learned to associate a CS with a UCS, it may respond to stimuli that resemble the
CS with a similar response. This phenomenon, called

A

stimulus generalisation

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48
Q

a person who has been frequently criticised by a parent responds negatively to all authority figures is an example of

A

Generalisation

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49
Q

the learned tendency to respond to a restricted range of stimuli or only to the stimulus used during training

A

Stimulus discrimination

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50
Q

Pavlov’s dogs did not salivate in response to just any sound, and people do not get hungry when the clock reads four o’clock even though it is not far from six o’clock. This is an example of stimulus —–

A

Discrimination. being able to discriminate between two similar stimuli when these stimuli are not consistently associated with the same UCS. The clock is the same but the hour is different, a ding may sound different between a bell and a saucepan

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51
Q

in classical conditioning refers to the process by which a CR is weakened by the presentation of the CS without the UCS

A

Extinction

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52
Q

If a dog has come to associate the sounding of a bell with
food, it will eventually stop salivating at the bell tone if the bell rings enough times without the presentation
of food. The association is weakened — but not obliterated. If days later the dog once more hears
the bell, it is likely to salivate again. This is known as

A

spontaneous recovery

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53
Q

the re-emergence of a
previously extinguished conditioned response.

A

spontaneous recovery

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54
Q

the time between presentation of the CS and the UCS is called the

A

The interstimulus interval

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55
Q

The order the subject expriences the USC and CS matters. Like CS then UCS or UCS then CS - True or false

A

True. ie when teaching something new, the order of things matters. Imagine training a dog. If you give them a treat after they’ve done something good, they learn better. It’s like saying, “Great job!” and then giving the treat

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56
Q

refers to the failure of a stimulus to elicit a CR when it is combined with another stimulus that already elicits the
response. If a bell is already associated with food, a flashing light is of
little consequence unless it provides additional, non-redundant information

A

Blocking

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57
Q

Forward, simultaneous and backward conditioning. as the UCS.

A
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58
Q

Forward conditioning is most likely to lead to —–

A

learning

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59
Q

In forward conditioning, the type studied most
extensively by Pavlov, the onset of the —- occurs before the ——.

A

the CS occurs before the UCS.

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60
Q

In simultaneous conditioning, the
CS is presented

A

at the same time

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61
Q

In backward conditioning, the —–is presented after
the onset of the —–.

A

In backward conditioning, the CS is presented after
the onset of the UCS.

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62
Q

When something seems ordinary at first, it can slow down how quickly we learn a new connection or change our thoughts about it later on. It’s like our brains need a little extra time to figure things out when they’re unexpected. This is called

A

“latent inhibition.”

63
Q

“latent inhibition is:

A

Latent inhibition is when our brains take longer to learn something new if we’ve been exposed to a neutral thing (like a sound) many times before without any special meaning. It’s like our brain needs extra time to catch on when the new thing becomes important.

64
Q

A third influence on classical conditioning is the organism’s

A

readiness to learn certain associations

65
Q

research has shown that some responses can be conditioned much more

A

readily to certain stimuli than to others.

66
Q

An experiment showed that animals learn differently based on what kind of bad experience they have, and discovered the —– effect

A

Garcia Effect

67
Q

the biologically wired readiness to learn some associations more easily than others:

A

Prepared learning

68
Q

Contiguity

A

how close or near two events or stimuli are in time or space. It’s about how closely things happen together. In psychology, it’s important for learning because when two things occur closely in time, our brains tend to link them together.

69
Q

Rescorla and Wagner (1972) proposed the law of ——
to replace the law of contiguity.

A

prediction

70
Q

the CR is
actually the body’s attempt to counteract the effects of a stimulus that is about to occur is known as

A

Paradoxical conditioning

71
Q

the tendency of a group of neurons to fire more readily after consistent stimulation from other neurons is called

A

Long Term Potentiation

72
Q

Its name refers to a heightened potential
for neural firing (‘potentiation’) that lasts much longer than the initial stimulus. —– ——- ——-

A

Long Term Petentiation

73
Q

even after the CS
is no longer present, cellular changes at the synapse are is called:

A

Long term potentiation

74
Q

animals often learn not only the simple association between
a CS and a US, such as the association between a tone and shock, but also that being in the experimental
chamber (rather than their own cage) predicts shock. This additional learning is called
(

A

contextual learning

75
Q

Several factors influence classical conditioning,

A
  1. Interstimulus interval between presenting CS and the UCS
  2. Degree to which the presence of the CS is predictive of the
    US, the individual’s learning history (such as prior associations between the stimulus and other stimuli or
    responses) and
  3. prepared learning (the evolved tendency of some associations to be learned more readily
    than others).
76
Q

A key factor in determining whether or not extinction will occur is:

Select one:

a.
the passage of time

b.
whether punishment has been used during the learning trials or not

c.
the repeated presentation of the CS without the UCS

A

c. the repeated presentation of the CS without the UCS

77
Q

A mother has been continually nagging her daughter about how messy her room is. Finally, the daughter gets so tired of her mother’s complaints that she cleans her room, thus stopping the nagging. Given that the withdrawal of the nagging strengthened the room cleaning behaviour, the nagging would be considered a(n):

Select one:

a.
Negative reinforcer

b.
Positive reinforcer

c.
Aversive Punishment

d.
Responsive cost punishment

A

a.
Negative reinforcer

78
Q

n advantage of using operational definitions is that

Select one:

a.
Other researchers will usually agree with these definitions

b.
They let other researchers know exactly how variables have been manipulated or measured

c.
They automatically generate the relevant dependent and independent variables

d.
They are consistent with the law of parsimony

A

b.
They let other researchers know exactly how variables have been manipulated or measured

79
Q

A(n) __________ defines a variable in terms of the specific procedures used to measure it

Select one:

a.
dependent variable

b.
independent variable

c.
operational definition

d.
archival measure

A

c.
operational definition

80
Q

A(n) _______ is a formal set of statements that explains why and how certain events are related to one another

Select one:

a.
hypothesis

b.
specific prediction

c.
theory

d.
operational definition

A

c.
theory

81
Q

—– ——- allows us to learn to associate consequences of behaviour. We learn to repeat behaviours that reward us and we learn to avoid behaviours with negative consequences.

A

Operant conditioning

82
Q

The main difference between classical conditioning and operant conditioning

A

Classical Conditioning pairs with the INVOLUNTARY reflexes, where as operant conditioning focuses on the voluntary or non relfexive resposnses

83
Q

Reinforcers or punishers are ——– of the behaviour

A

consequences. They come after the behaviour

84
Q

The Term “behaviourism” was coined by

A

John Watson

85
Q

Behviourism was bourne out of john watsons desire to

A

make psychology a hard science

86
Q

an animal’s tendency to reproduce a behaviour depends on that behaviour’s effect on the environment
and the consequent effect on the animal is known as

A

The law of effect

87
Q

that behaviour is controlled by its consequences is the essence of the laW of:

A

EFFECT

88
Q

Thorndike’s cat (PUZZLE BOX) exemplifies a second form of conditioning, known as

A

instrumental or operant conditioning. (because the behaviour is instrumental to achieving a more satisfying state of affairs.)

89
Q

Operant condition is known by two names

A

Thorndike called it Instrumental conditioning and BF Skinner named it operant conditioning

90
Q

means learning to operate on the environment to produce a consequence.

A

operant conditioning,

91
Q

In ——– conditioning, an outside stimulus causes a reaction. In ——— conditioning, the organism’s behavior leads to a response from the environment.

A

In classical conditioning, an outside stimulus causes a reaction. In operant conditioning, the organism’s behavior leads to a response from the environment.

92
Q

In operant conditioning the behaviour —— the environmental event that conditions ——– ———

A

precedes, future behaviour.

93
Q

Operant vs. Classical Conditioning, whats the difference

A

Explanation: In operant conditioning, the behavior comes before the event that influences future behavior. In classical conditioning, it’s the other way around: an event triggers a response.

Back:
Details: In operant conditioning, actions lead to outcomes that affect future actions. In classical conditioning, a stimulus comes first and leads to a reaction.

94
Q

The basic idea behind operant conditioning, then, is that

A

behaviour is controlled by its consequences.

95
Q

There are two types of environmental consequence that produce operant conditioning:

A

reinforcement increases probability a response will occur,
and
punishment, which diminishes its likelihood.

96
Q

refers to something in the environment that strengthens a behavior. It’s like a reward that comes after an action and makes the action more likely to happen again. There are two types: positive and negative.

A

Reinforcement

97
Q

the process whereby presentation of a stimulus (a reward or pay-off) after
a behaviour makes the behaviour more likely to occur again.

A

Positive reinforcement

98
Q

an environmental consequence that, when presented, strengthens the probability that a response will recur

A

positive reinforcer —

99
Q

erroneously associate an operant and an environmental event, a phenomenon Skinner labelled

A

superstitious behaviour

100
Q

environmental consequence can reinforce a behaviour,
eliminating an aversive consequence. This is known as

A

negative reinforcement

101
Q

——– reinforcers are aversive or unpleasant stimuli that strengthen a behaviour by their removal.

A

Negative

102
Q

Hitting the
snooze button on an alarm clock or cleaning the kitchen
to remove unpleasant sights, smells and whining by housemates are botje examples of

A

Negative reinforcement (aversive or unpleasant stimuli that strengthen a behaviour by their removal)

103
Q

Negative reinforcement occurs in both —– learning and ——- learning

A

Escape and avoidance

104
Q

Putting on aloe vera to treat a sunburn is an example of —— learning

A

escape

105
Q

Putting on sunscreen so you dont get sunburnt is an example of —— learning

A

avoidance

106
Q

——- decreases the probability that a behaviour will recur.

A

punishment

107
Q

learner may have difficulty distinguishing. What is the problem with - People who yell at their dog for coming after it has been called several times already.

A

which operant is being punished? They are actually punishing good behaviour — coming when called. The dog is more likely to associate
the punishment with its action than its inaction — and is likely to adjust its behaviour accordingly, by
becoming even less likely to come when called!

108
Q

Punishing one behavior, like stealing, can accidentally

A

reinforce lying

109
Q

A problem associated with punishment is that the learner may come to fear the person meting out the punishment (via ——- conditioning) rather than the action (via ——conditioning).

A

Classical, operant
i.e. A child who is harshly punished by his father may become afraid of his father instead of
changing his behaviour.

110
Q

aggression that is used to punish behaviour often leads to

A

further aggression

111
Q

Study of other species in order to make informed inferances about the human species

A

Comparative research

112
Q

if enough
conditioning trials pass in which the operant is not followed by the consequence previously associated
with it —— can occur

A

extinction

113
Q

previously learned behaviour recurs
without renewed reinforcement

A

spontaneous recovery

114
Q

behaviours that are emitted rather than elicited by the environment.

A

Operants

115
Q

means learning to operate on the environment to produce a consequence.

A

Operant conditioning

116
Q

the consequence is the same each time the animal emits a behaviour, is called

A

continuous reinforcement schedule

117
Q

More typically, an action sometimes leads to reinforcement but other times does not. Such reinforcement
schedules are known as.

A

partial or intermittent schedules of reinforcement (because the behaviour is reinforced only part of the time, or intermittently)

118
Q

continuous schedules would be more effective during the

A

the acquisition (initial learning) of a response

119
Q

partial reinforcement is usually superior for maintaining ————- behaviour

A

learned behaviour

120
Q

behaviours maintained under partial schedules are usually more resistant to ——

A

extinction

121
Q

Intermittent reinforcement schedules may be either ——–schedules or ——- schedules

A

ratio, interval

122
Q

pay-offs are tied to the number of responses emitted; only a
fraction of ‘correct’ behaviours receive reinforcement, such as one out of every five.

A

In ratio schedules of reinforcement,

123
Q

rewards (or punishments) are delivered only after some interval
of time, no matter how many responses the organism emits.

A

interval schedules of reinforcement

124
Q

n organism receives reinforcement for a fixed proportion of the responses
it emits.

A

fixed-ratio (FR) schedule

125
Q
A
126
Q

an animal receives a reward for some percentage of responses, but
the number of responses required before reinforcement is unpredictable

A

variable-ratio (VR) schedules,

127
Q

an animal receives reinforcement for its responses only after a fixed amount of time.

A

fixed-interval (FI) schedule

128
Q

an animal receives a reward for some percentage of responses, but the number of responses required before reinforcement is unpredictable

A

variable-ratio (VR) schedules

129
Q

The way in which reinforcement is delivered is really important because it can actually

A

vary the behaviour response

130
Q

Which reinforcement schedule means a behaviour has to be performed

A

Ratio

131
Q

Which reinforcement schedule means a certain period of time must have elapsed

A

Interval

132
Q

A fixed interval (FI) or fixed ratio (FR) means we know the

A

exact amount of time required

133
Q

A variable reinforcement schedule means the reinforcement or reward is

A

unpredictable

134
Q

this reinforcement schedule is the most common in daily life

A

Variable-ratio (VR) schedules
(For example, when fishing, you are not likely to be rewarded each time you cast your line into the water. However, on some occasions you will be)

135
Q

———– schedules generally produce rapid, constant responding

A

Variable Ratio (VR)

136
Q

which reinforcement schedule means the subject receives reinforcement for its responses only after a fixed
amount of time.

A

fixed-interval (FI) schedule

137
Q

An animal on an FI schedule of reinforcement will ultimately learn to

A

stop responding except towards
the end of each interval (For example, workers whose boss comes by only at two o’clock are likely to relax the rest of the day)

138
Q

this type of schedule ties reinforcement to an interval of time, but unlike a fixed-interval schedule, the subject cannot predict how long that time interval will be.

A

A variable-interval (VI) reinforcement schedule
(In the classroom, unexpected tests make similar use of VI schedules.)

139
Q

—— ——– schedules are more effective than fixed-interval schedules in maintaining consistent performance.

A

Variable interval
i.e. pop quiz

140
Q

Random, unannounced governmental inspections of working conditions in a factory are much
more effective in getting management to maintain safety standards - This is an example of

A

Variable Interval Ratios (VI)

much more effective than inspections at fixed intervals..

141
Q

Professors receive a paycheque for lecturing to their classes, but if they lecture new acquaintances at a
cocktail party, the environmental consequences are not the same. a connection might exist between a behaviour and a consequence - This is an example of:

A

response contingency,
because the consequence is dependent, or contingent, on the behaviour

142
Q

response contingencies (Circumstances under which different contingencies apply) might be different. A stimulus that signals the presence of particular contingencies of reinforcement is called a

A

discriminative stimulus (SD).

143
Q

—— ———- is one of the keys to the complexity and flexibility of human and animal behaviour.

A

Stimulus discrimination

144
Q

A discriminative stimulus signals that
particular contingencies of reinforcement are in effect, so that the organism only produces the behaviour:

A

in the presence of the discriminative stimulus.

145
Q

Agression that is acceptable on the football feild compared to aggression that is acceptable in public is subject to

A

discriminative stimulus.

146
Q

reinforcement is not infinite, and attaining one reinforcer may affect both its future availability
and the

A

availability of other reinforcers.
(Obtaining one reinforcer may also adversely affect the chances of obtaining another.)

147
Q

The cost–benefit analysis involved in operant behaviour has led to an approach called ——- ——–, which weds aspects of behavioural theory with economics (

A

behavioural
economics

148
Q

A prey animal going down to the waterhole at the same time as a lion, because they know the lion is well fed and will not feed or hunt again soon is an example of

A

behavioural economics
The risk is lower, so the reward is economical

149
Q

existing behaviours often serve as the raw material for novel ones. This occurs as the environment
subtly refines them or links them together into sequences. This is called

A

shaping

150
Q

———, produces novel behaviour by reinforcing closer
and closer approximations to the desired response.

A

shaping (The key is to begin by reinforcing a response the
animal can readily produce.)

151
Q

——- ——— is the process of
rewarding those behaviours that resemble the desired behaviour to gradually move the subject progressively closer to the desired behaviour

A

successive approximations ( to produce the required shaping procedure.)

152
Q

With humans, shaping occurs in all kinds of teaching. Psychologists have used shaping with considerable
success in helping autistic children with

A

speech and language

153
Q

——— involves putting together a sequence of existing responses in a novel order

A

chaining

154
Q

Many individuals with antisocial personality
disorder, who show a striking disregard for society’s standards, are relatively unresponsive to ————-.

A

to punishment.
(Their lack of anxiety when confronted with potential punishment renders them less likely to learn to control
behaviours that other people learn to inhibit )

155
Q

Species-specific behaviour and preparedness happens because animals often do:

A

animals often do what comes naturally to them, even if we’re trying to teach them something else.

156
Q
A