ASR -2 Flashcards
ASR #2
Which of the following best describes inductive science?
a. Hypothesis testing
b. Subjective assessments
c. On-going data collection under controlled conditions before interpretations are made
d. Statistics
C
ASR #3
Which of the following is an example of a standard, absolute, universal measure?
a. Rate/frequency
b. Time (i.e., minute, hour, second)
c. Distance (i.e., inch, centimeter, mile)
d. All of these
D
ASR #4 What are the two essentials properties of behavior? a. Height, weight b. Accuracy, speed C Count, time d. None of these
C
ASR #5 Which of the following is NOT a dimensional unit of behavior? a. Frequency/rate b. Latency c. Percent correct d. Inter-response time
C
ASR #14
Mathematically speaking, how does behavior change?
a. Exponentially
b. Additively
c. Figuratively
d. Behavior doesn’t change
A
ASR #15 What is a counting time floor? a. Time spent recording the behavior b. Amount of time behavior had the opportunity to occur c. Frequency/rate d. None of these
A
ASR #16
How is frequency/rate plotted on the SCC?
a. The SCC doesn’t show frequency
b. Count divided by minutes spent recording
c. 1 divided by minutes spent recording
d. None of these
B
ASR #6 What was Skinner’s unit of analysis? a. Frequency/rate b. Likert Scales c. Percent correct d. Trials to criterion
A
ASR #7
What was Skinner’s standard graphic display?
a. Equal interval graph b. Bar graph
c. Cumulative record
d. None of these
C
ASR #8
Who developed the Standard Celeration Chart?
a. B.F. Skinner
b. E.L. Thorndike
c Og Lindsley
d. None of these
C
ASR #9
The x-axis of the SCC depicts:
a. Sessions
b. Successive days, weeks, months, etc.
c. Seconds
d. None of these
B
ASR #10
The y-axis of the SCC depicts:
a. Rate/frequency
b. Successive days, weeks, months, etc.
c. % correct
d. None of these
A
ASR #11
Which of the following is a benefit to the logarithmic y-axis on the SCC?
a. Preserves proportional amounts of behavior change
b. Shows percent correct c. Inflates treatment effects d. No benefit
A
ASR #12
How many counting cycles of 10 are on the SCC?
a. 20 b. 6 c. 10 d. 5
B. 6
ASR #13
How do you move up and down the y-axis on the SCC?
a. Adding/subtracting
b. Multiplying/dividing
c. Guessing
d. You don’t move up and down
B.