SNA, Experimental Designs, Validity Flashcards
List the 4 main types of experimental designs
reversal/withdrawal,
multiple baseline,
alternating treatment,
changing criterion
List the 3 variations of Multiple Baseline Design
Multiple probe,
delayed multiple baseline,
non-concurrent multiple baseline
List the 4 variations of the Reversal Design
Repeated reversal,
BAB,
multiple treatment reversal,
DRI/DRA/DRO Reversal
List 3 of the advantages of a Multiple Baseline Design
Successful intervention not removed,
promotes generalization,
easy to implement
List 2 disadvantages of a Multiple Baseline Design
Only one intervention can be used,
some individuals may be delayed in
getting treatment
List the 3 types differential reinforcement reversal designs
DRA/DRI/DRO
List the 2 types of validity
Internal, external
T/F: The multiple baseline design is the
most widely used experimental design
in ABA.
True
T/F: Experimental control is
demonstrated when the independent
variable reliably produces the change
in the dependent variable.
True
T/F: Multiple probe Design uses
intermittent probes to provide the
basis to determine if behavior change
has occurred prior to the intervention
instead of simultaneous baselines.
True
T/F: Delayed multiple baseline design is
effective when limited resources
prevent a full-scale design to be
conducted.
True
T/F: An advantage of using a multiple
baseline design is that a functional
relationship is directly shown.
False, not directly shown
T/F: Reversal/withdrawal designs require
a baseline.
True
T/F: With repeated reversals, the more
reversals, the weaker the experimental
control.
False, stronger
T/F: . In a non-parametric analysis the
independent variable is either present
or absent.
True