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Jack, Brady Michael; Liu, Chia-Ju; Chiu, Houn-Lin; Shymansky, James A. – Online Submission, 2009
This proposal advocates the position that the use of confidence wagering (CW) during testing can predict the accuracy of a student's test answer selection during between-subject assessments. Data revealed female students were more favorable to taking risks when making CW and less inclined toward risk aversion than their male counterparts. Student…
Descriptors: Confidence Testing, Gender Differences, Risk, Middle School Students
Jack, Brady Michael; Hung, Kuan-Ming; Liu, Chia Ju; Chiu, Houn Lin – Online Submission, 2009
This paper introduces a utilitarian confidence testing statistic called Risk Inclination Model (RIM) which indexes all possible confidence wagering combinations within the confines of a defined symmetrically point-balanced test environment. This paper presents the theoretical underpinnings, a formal derivation, a hypothetical application, and…
Descriptors: Confidence Testing, Models, Knowledge Level, Risk
Peer reviewed Peer reviewed
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Nix, Ingrid; Wyllie, Ali – British Journal of Educational Technology, 2011
Many institutions encourage formative computer-based assessment (CBA), yet competing priorities mean that learners are necessarily selective about what they engage in. So how can we motivate them to engage? Can we facilitate learners to take more control of shaping their learning experience? To explore this, the Learning with Interactive…
Descriptors: Feedback (Response), Student Evaluation, Learning Experience, Formative Evaluation
Peer reviewed Peer reviewed
Walker, Douglas M.; Thompson, John S. – Assessment & Evaluation in Higher Education, 2001
Compared a standard multiple choice exam format with two modified formats which provide instructors with information on students' risk preferences (students answer questions twice) and confidence in their answers (students assign a point value to questions). Found that while the alternatives offer increased choice to students and low-cost…
Descriptors: Comparative Analysis, Confidence Testing, Evaluation Research, Multiple Choice Tests
Peer reviewed Peer reviewed
Koehler, Roger A. – Journal of Educational Measurement, 1974
The purposes of the study were to develop a measure of overconfidence on probabilistic tests, to assess the measurement characteristics of such a measure, and to investigate the relationship of overconfidence on tests to knowledge and to risk-taking propensity. (Author/BB)
Descriptors: Confidence Testing, Measurement Techniques, Multiple Choice Tests, Risk
Jacobs, Stanley S. – 1974
Investigated were the effects of two levels of penalty for incorrect responses on two dependent variables (a measure of risk-taking or confidence, based on nonsense items, and the number of response-attempts to legitimate items) for three treatment groups in a 2x3, multi-response repeated measures, multivariate ANOVA (Analysis of Variance) design.…
Descriptors: Confidence Testing, Criterion Referenced Tests, Guessing (Tests), Multiple Choice Tests
Koehler, Roger A. – 1974
A potentially valuable measure of overconfidence on probabilistic multiple-choice tests was evaluated. The measure of overconfidence was based on probabilistic responses to nonsense items embedded in a vocabulary test. The test was administered under both confidence response and conventional choice response directions to 208 undergraduate…
Descriptors: Confidence Testing, Guessing (Tests), Measurement Techniques, Multiple Choice Tests
Pugh, Richard C.; Brunza, J. Jay – 1974
An examinee is required to express his confidence in the correctness of each choice of a multiple-choice item in a probabilistic test. For the responses to be valid indicators the confidence expressed in each choice should be determined by an examinees' knowledge. This study assessed the relationship of the certainty of examinees' responses to…
Descriptors: Behavior, Confidence Testing, Guessing (Tests), Individual Characteristics
Boldt, Robert F. – 1971
One formulation of confidence scoring requires the examinee to indicate as a number his personal probability of the correctness of each alternative in a multiple-choice test. For this formulation, a linear transformation of the logarithm of the correct response is maximized if the examinee reports accurately his personal probability. To equate…
Descriptors: Confidence Testing, Guessing (Tests), Multiple Choice Tests, Probability