Unit 5 Flashcards

(39 cards)

1
Q

Natural Science is ____, but ______

A

Inductive, not deductive

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2
Q

Inductive

A

Contact with phenomenon through observation and measurement prior to developing any kind of interpretive language about it

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3
Q

Natural science of behavior focuses on

A

Observable behavior and objective, operational definitions

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4
Q

Natural Science: Use of

A

Standard, absolute unit of measures

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5
Q

Standard

A

Widely used by the community

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6
Q

Absolute

A

The measure never changes

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7
Q

Universal

A

Can be applied to every instance where that type of measure is important

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8
Q

Dimensionless quantities are

A

Abstractions from the behavior of interest

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9
Q

Dimensionless quantities are _____ to _____

A

Less sensitive to environmental variables

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10
Q

Free operant

A

Behavior that is free to occur at any time

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11
Q

Restricted operants

A

Behavior that requires an opportunity to occur

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12
Q

Restricted operants are also known as

A

Discriminated operants

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13
Q

E.L. Thorndike’s experiments: Type of operant

A

Restricted operant responding within a discrete trial

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14
Q

E.L. Thorndike’s experiments: Start/end of the trial

A

Start: Cat locked in a puzzle box
End: Cat escapes the box (can only occur one time per trial

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15
Q

E.L. Thorndike’s experiments: Measure

A

Latency to engage in target behavior

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16
Q

Skinner’s experiments: Type of operant

A

Free operant responding - organism can engage in target behavior any number of times while on the operant chamber

17
Q

Skinner experiments: Measure

18
Q

Cumulative record

A

Graphic display of the number of responses recording during an observation period added to the total number of responses recorded across an amount of time

19
Q

Within-Session Cumulative Record

A

Graphic display of the number of responses recording within an observation period added to the total number of responses recorded

20
Q

Across-Session Cumulative Record

A

Graphic display of the number of responses recorded added to the total number of responses recorded across an amount of times

21
Q

Across-Session Cumulative Record is sometimes called

A

Cumulative graph

22
Q

Interpreting Cumulative Records: Each data point indicates

A

The total number of responses up to that point in time

23
Q

Interpreting Cumulative Records: The steeper the slope,

A

The higher rate of response

24
Q

Interpreting Cumulative Records: A flat, horizontal line indicates

A

No responding during that time period

25
Overall Response Rate on Cumulative Records
Average rate of response during a specific period Calculate: Divided the total number of responses by the number of recorded observations
26
Local response rate on cumulative records
Rate of responding during shorter periods of time than the period for which the overall response rate has been calculated
27
Cumulative records may be preferable to an equal-interval line graph when:
-Progress towards a goal can be measured in cumulative units -Delivering feedback -Behavior occurs or doesn’t occur just once per session -Comparing environmental variables
28
Progress towards a goal
Target behavior of interest in the total number of responses emitting overall or within in a time period
29
Progress towards a goal examples
Number of dollars saved, number of new words read
30
Delivering feedback
Since behavior continues to add to the total, the cumulative graph will never show a decelerating trend
31
A cumulate record May be less like to ____ than line graphs with deceleration
Evoke negative effects (avoidance, embarrassment, etc)
32
One opportunity per session
When behavior can only happen or not happen one time, a cumulative graph can allow for easier interpretation of results (trend is more obvious)
33
Cumulative record advantages: comparing environmental variables
Cumulative records can demonstrate differences in multiple interventions (relative client preference for one intervention over another, relative efficacy and/or efficiency of one intervention over another
34
Cumulative record considerations
-Respinse rate per session may not be obvious -Gradual changes in slope may be difficult to detect
35
Semilogarithmic Graph
Graph that uses a logarithmic ratio scale for the y-axis and a linear equal-interval scale for the other
36
Semi-log graph is sometimes called
Ratio graph
37
In a semi log graph, the y-axis uses
Ratio scale moving via multiplication and division
38
Absolute Change
The actual amount of difference between data at one point in time and another
39
Relative change
The proportional amount of difference between data at one point in time and another