This paper develops three theoretical models to predict the numbers generated by Ss in an experiment described by Baird and Noma, 1975, Exp. II. The models (digit, base, and quarter) are each grounded on different assumptions about the process underlying number generation without the constraints of physical stimuli usually present in psychophysical tasks. Each of the models proved applicable to a restricted subrange of the physical continuum from 1–1000. A combination of models seems necessary to adequately predict number generation.
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Baird, J. C.: Psychophysical study of numbers: IV. Generalized preferred state theory. Psychol. Res. (1975a)
Baird, J. C.: Psychophysical study of numbers: V. Application of preferred state theory to matching functions. Psychol. Res. (1975b)
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This article is the second in a five-part series. Reprint requests should be sent to John C. Baird.
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Noma, E., Baird, J.C. Psychophysical study of numbers. Psychol. Res 38, 81–95 (1975). https://doi.org/10.1007/BF00308940
- Theoretical Model
- Number Generation
- Physical Stimulus
- Psychophysical Study