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Bird, Kevin D. – Psychological Methods, 2011
Any set of confidence interval inferences on J - 1 linearly independent contrasts on J means, such as the two comparisons [mu][subscript 1] - [mu][subscript 2] and [mu][subscript 2] - [mu][subscript 3] on 3 means, provides a basis for the deduction of interval inferences on all other contrasts, such as the redundant comparison [mu][subscript 1] -…
Descriptors: Intervals, Statistical Analysis, Inferences, Comparative Analysis
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Bartlett, Sara M.; Rapp, John T.; Henrickson, Marissa L. – Behavior Modification, 2011
The authors assessed the extent to which multielement designs produced false positives using continuous duration recording (CDR) and interval recording with 10-s and 1-min interval sizes. Specifically, they created 6,000 graphs with multielement designs that varied in the number of data paths, and the number of data points per data path, using a…
Descriptors: Intervals, Student Evaluation, Graphs, Experiments
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Pinto, Carlos; Machado, Armando – Learning and Motivation, 2011
To better understand short-term memory for temporal intervals, we re-examined the choose-short effect. In Experiment 1, to contrast the predictions of two models of this effect, the subjective shortening and the coding models, pigeons were exposed to a delayed matching-to-sample task with three sample durations (2, 6 and 18 s) and retention…
Descriptors: Intervals, Infants, Tests, Short Term Memory
White, K. Geoffrey; Brown, Glenn S. – Journal of the Experimental Analysis of Behavior, 2011
Forgetting functions were generated for pigeons in a delayed matching-to-sample task, in which accuracy decreased with increasing retention-interval duration. In baseline training with dark retention intervals, accuracy was high overall. Illumination of the experimental chamber by a houselight during the retention interval impaired performance…
Descriptors: Intervals, Retention (Psychology), Animals, Task Analysis
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LoPresto, Michael C. – Physics Education, 2009
Consonance and dissonance are subjective perceptions that are reactions of the human ear to whether or not musical intervals sound "pleasing." The physical causes of consonance and dissonance are not as well understood as other subjective properties of sound perceived by the ear such as pitch, loudness, and quality (timbre). What follows is an…
Descriptors: Intervals, Human Body, Perception, Auditory Stimuli
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Murai, Koji; Hayashi, Yuji – Interactive Technology and Smart Education, 2008
Purpose: This paper aims to propose that the nasal temperature is an effective index to evaluate the mental workload of a navigator for effective navigation. Design/methodology/approach: The evaluation comes from the actual on-board experiment, not simulation. The subject is real bridge teammates; captain, duty officer, and quarter master. The…
Descriptors: Metabolism, Intervals, Climate, Decision Making
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Moore, Jay; Friedlen, Karen E. – Psychological Record, 2007
Pigeons were trained in three experiments with a two-key, concurrent-chains choice procedure. The initial links were equal variable-interval schedules, and the terminal links were random-time schedules with equal average interreinforcement intervals. Across the three experiments, the pigeons either stayed in a terminal link until a reinforcer was…
Descriptors: Intervals, Reinforcement, Evaluation Methods, Hyperactivity