A multiple probe design may be used
a. to compare data collected through static measures
b. in situations where the teacher is not able to monitor all target behaviors each day
c. to address the social validity of an intervention
d. with academic behaviors only
e. as an alternative to a single subject research design
B
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Historical fiction can easily be linked to other genres in the classroom
a. True b. False
One theory proposed by Benjamin Whorf is that expanding one's vocabulary increases the range of one's
a. analyzing and cognition b. writing and speaking c. synthesizing and evaluation d. thinking and expression
_______________ is the study of the interaction of the brain and behavior.
A. Neuropsychology B. Behavioral genetics C. Biopsychology D. Evolutionary psychology
What is the dependent variable?
In an experiment that examined the effects of food and food labels on liking, an experimenter randomly assigned participants to receive a plate of food, either pasta, steamed vegetables, seafood, or a steak. The experimenter also told participants it was either “traditional American food” or “exotic food.” Use the following APA style write-up to answer the question that follow it. A two-way ANOVA on offensiveness suggested no main effect of type of food, F(3, 154) = 1.15, p = .346, ?2 = .009, and no main effect of food label, F(1, 154) = 0.87, p = .682, ?2 = .003. However, there was an interaction between type of food and label of food, F(3, 154) = 6.32, p = .08, ?2 = .089. Participants liked pasta more when it was supposedly exotic (M = 9.93) than when it was American (M = 5.20), p < .01, d = 0.45. Likewise, steak was liked more when it was labeled exotic (M = 9.92) than when it was labeled American (M = 4.92), p < .01, d = 0. 50. However, participants preferred steamed vegetables more when it was labeled American (M = 5.55) than when it was labeled as being exotic food (M = 2.03), p < .02, d = 0.34. There were no differences in preference for seafood when it was labeled American (M = 5.66) or exotic (M = 5.32), p = .55, d = 0.06.