SNA, Experimental Designs, Validity Flashcards

1
Q

List the 4 main types of experimental designs

A

reversal/withdrawal,
multiple baseline,
alternating treatment,
changing criterion

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2
Q

List the 3 variations of Multiple Baseline Design

A

Multiple probe,
delayed multiple baseline,
non-concurrent multiple baseline

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3
Q

List the 4 variations of the Reversal Design

A

Repeated reversal,
BAB,
multiple treatment reversal,
DRI/DRA/DRO Reversal

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4
Q

List 3 of the advantages of a Multiple Baseline Design

A

Successful intervention not removed,
promotes generalization,
easy to implement

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5
Q

List 2 disadvantages of a Multiple Baseline Design

A

Only one intervention can be used,
some individuals may be delayed in
getting treatment

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6
Q

List the 3 types differential reinforcement reversal designs

A

DRA/DRI/DRO

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7
Q

List the 2 types of validity

A

Internal, external

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8
Q

T/F: The multiple baseline design is the
most widely used experimental design
in ABA.

A

True

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9
Q

T/F: Experimental control is
demonstrated when the independent
variable reliably produces the change
in the dependent variable.

A

True

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10
Q

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.

A

True

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11
Q

T/F: Delayed multiple baseline design is
effective when limited resources
prevent a full-scale design to be
conducted.

A

True

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12
Q

T/F: An advantage of using a multiple
baseline design is that a functional
relationship is directly shown.

A

False, not directly shown

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13
Q

T/F: Reversal/withdrawal designs require
a baseline.

A

True

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14
Q

T/F: With repeated reversals, the more
reversals, the weaker the experimental
control.

A

False, stronger

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15
Q

T/F: . In a non-parametric analysis the
independent variable is either present
or absent.

A

True

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16
Q

T/F: Single-subject designs mean that
the experiment can only be used with
one subject.

A

False, subject serves as their own control

17
Q

T/F: The A in an A-B-A design stands for
the intervention.

A

False, baseline

18
Q

T/F: The most common type of multiple
baseline design is Multiple Baseline
Across Settings.

A

False, multiple baseline across subject

19
Q

. #dosage

A

Parametric Analysis

20
Q

A type of analysis where the
independent variable is either
on or off

A

Non-Parametric Analysis

21
Q

. #MostWidelyUsed

A

Multiple Baseline Design

22
Q

Each individual serves as their
own control

A

Single subject design

23
Q

Uses NCR as a control instead
of going back to baseline to
show the effect of
reinforcement.

A

NCR Reversal

24
Q

The most straightforward and
powerful within subject design
for demonstrating a functional
relation between an
environmental manipulation
and a behavior

A

ABAB

25
Q

Any uncontrolled factor that is
suspected to exert influence on
the dependent variable

A

Confounding Variable

26
Q

An aspect of the environment
that must be held constant

A

Extraneous Variable

27
Q

Reversal, A-B-A-B, A-B-A are all
other names for this design

A

Withdrawal Design

28
Q

. #Compare

A

Component Analysis

29
Q

When looking at a single data point on a graph, it tells you:

A

When the behavior was recorded and the level of the behavior

30
Q

An A-B design does not demonstrate a functional relationship between
variables because there isn’t any:

A

Replication

31
Q

A researcher wants to see if a new drug enhances feelings during sex. The
researcher measures sensation for 5 participants for 7 days. Then, he
gives the drug to one participant for a week, prior to giving it to the next
participant. After the third week, the third participant also receives the
drug, and this pattern continues until all 5 participants receive the drug.
What type of experimental design does this demonstrate?

A

Multiple baseline across participants

32
Q

The most unique thing about a single-subject experimental design is
that…

A

The subject serves as both the experimental and Control group

33
Q

A problematic thing about averaging data is that….

A

-It eliminates variations in data
-you lose outliers
-Cannot examine individual differences

34
Q

Dr. Now is conducting a series of experiments. He believes that he found a
way to have his patients rapidly lose weight. He wants to use a within
subject design that is considered to be the most powerful and
straightforward to demonstrate a functional relation between his patient’s
weight and his new treatment. What type of experimental design should Dr.
Now use?

A

ABAB

35
Q

You are shopping for different types of make-up foundation. You by 3 and
then compare which brand matches best with your skin. What type of
analysis are you conducting?

A

Comparative analysis

36
Q

Clint has a client who engages in SIB, aggression toward others and
thumbsucking. He has a treatment that he wants to use across all 3
behaviors. What type of experimental design would be best for this
scenario

A

Multiple baseline across behaviors

37
Q

Dr. Oz is deciding what dosage of medication will work best for his patient.
What type of analysis should the doctor use?

A

Parametric analysis

38
Q

A BCBA at a school system wants to study the effects of her new
intervention on 3 children at the school. However, there are limited
resources that prevent her from conducting a full-scale design. She also
wants to be able to have the flexibility to introduce the intervention if a
new subject becomes available. What type of design would best suit her
needs?

A

Delayed multiple baseline

39
Q

SNABA wants to determine the effectiveness of pay bonuses on employees.
They decide to evaluate different levels of pay on employee’s performance
(DV) by offering $50, $100, and $500 bonuses. What type of analysis are they
using?

A

Parametric analysis