Experimentation and Experimental Design D-1 to D-6

Question 1

Extrinsic variability assumes behavioral variability is not:

Answer 1

inherent to the individual

Question 2

Experimentation is the basic strategy to:

Answer 2

collect and test information

Question 3

Experimental design:

Specific arrangement of

Answer 3

environmental conditions within an experiment

Question 4

Experimental control is demonstrated when behavior changes in

Answer 4

predictable and orderly manner

Question 5

External validity:

Extent to which results are

Answer 5

Extended to individuals, settings, or behavior

Question 6

History, maturation, testing, instrumentation, diffusion of treatment, etc.: Examples of

Answer 6

threats to internal validity

Question 7

Threat to internal validity:

Other events or changes coincide with IV introduction

Answer 7

history

Question 8

Threat to internal validity:

Natural development or learning experiences coincide with IV:

Answer 8

maturation

Question 9

THreat to internal validity:

DV changes from repeated exposure to experimental arrangements:

Answer 9

testing

Question 10

Threat to internal validity:

Changes in data due to measurement system

Answer 10

instrumentation

Question 11

Threat to internal validity:

Answer 11

inadvertent exposure of treatment to control

Question 12

Threat to internal validity:

Changes due to baseline not representing natural state of events

Answer 12

regression towards the mean

Question 13

Threat to internal validity:

Participant assignments may bias the outcome

Answer 13

selection bias

Question 14

Threat to internal validity

Answer 14

attrition

Question 15

Extraneous variables:

Unrelated events to the

Answer 15

IV may affect the DV

Question 16

Confounds:

Uncontrolled variables that influence the

Answer 16

dependent variable (DV)

Question 17

Confounds can be

Answer 17

known or suspected

Question 18

Multiple-treatment interference:

Analysis results are affected by:

Answer 18

2 or more treatments being combined

Question 19

Sequence effects:

DV effects attributed to:

Answer 19

Order of experimental control

Question 20

Carryover effects:

Behavior patterns:

Answer 20

extend from 1 condition into a subsequent condition

Question 21

Demonstrative analysis:

Seeks to determine

Answer 21

if an intervention is effective

Question 22

Parametric analysis:

Analyzes

Answer 22

effects of various levels of the IV

Question 23

Component analysis:

Identifies

Answer 23

which part of a compound IV is producing behavior change

Question 24

Comparative analysis:

Analyzes differential effects of

Answer 24

2 or more IVs on the DV

Question 25

Group designs: | Different individuals in the

Answer 25

experimental and control conditions

Question 26

Single-case designs: | Individuals serve

Answer 26

as their own control

Question 27

Single-case designs: | Observed through

Answer 27

repeated observations over time

Question 28

Baseline

Answer 28

measure of DV before implementing IV

Question 29

Phase change: | Moving from

Answer 29

1 set of environmental conditions to another

Question 30

Baseline logic compares

Answer 30

predicted and actual values of behavior

Question 31

Baseline logic: | 3 parts

Answer 31

prediction verification, replication

Question 32

Baseline logic helps determine

Answer 32

effects of the IV

Question 33

A-B design

Answer 33

1 baseline is followed by 1 intervention phase

Question 34

Reversal design

Answer 34

baseline and experimental conditions alternate

Question 35

2 variables of experiementation

Answer 35

Idependent and depedndent variable

Question 36

Experimental designs seek to demonstrate ;

Answer 36

functional relation

Question 37

2 types of validity in experimental design

Answer 37

internal and external validity

Question 38

Confounds in experimental design

Answer 38

multiple-treatment interference sequence effects carryover effects

Question 39

Group designs: | Control is

Answer 39

between groups

Question 40

Group designs: | IV exposure in

Answer 40

1 condition

Question 41

Group designs: | Numbers/observations

Answer 41

large numbers, few observations

Question 42

Group designs: | Data analysis through

Answer 42

statistics

Question 43

Group designs: | IV introduction is

Answer 43

randomized and matched

Question 44

Group designs: | Generalization through

Answer 44

random selection and assignment

Question 45

Single-case designs: | Control is

Answer 45

within individuals

Question 46

Single-case designs: | IV exposure in

Answer 46

all conditions

Question 47

Single-case designs: | Numbers/observations

Answer 47

small numbers, many observations

Question 48

Single-case designs: | Data analysis through

Answer 48

visual analysis

Question 49

Single-case designs: | IV introduction when

Answer 49

DV is stable

Question 50

Single-case designs: | Generalization through

Answer 50

replication

Question 51

Basis for all other experimental designs:

Answer 51

A-B design