Quantitative Reasoning Evaluation Rubric
Courses with QR designation address all of the learning outcomes.
Learning Outcome | Unsatisfactory | Satisfactory | Exemplary |
---|---|---|---|
Frame contextual questions using mathematical representation. | Example fails to provide a contextual question, or fails to use recognized mathematical representations to translate the relevant question. | Example uses recognized mathematical representations to translate contextual questions. | Example uses recognized mathematical representations to pose questions (student generated) that are relevant and unambiguous. |
Apply models to deduce consequences or make predictions. | Model is unclear or absent, or no clear conclusions or predictions are articulated. | Example indicates a model, and the model is applied to make conclusions, however some of the terms or supporting work are absent. | All of the terms are clearly defined, the supporting work is evident, and the model is applied appropriately to make conclusions. |
Communicate quantitative arguments using clear prose. | Example fails to coherently convey a complete argument. | Example adequately conveys a verbal interpretation of a mathematical argument. The example suffers from minor omissions or errors. | Example completely and clearly conveys a verbal interpretation of a mathematical argument. |
Critique quantitative arguments with respect to assumptions, constraints, and logical coherence. | Example acknowledges neither the appropriate assumptions and constraints of the model, nor the strengths and weaknesses of the argument. | Example considers the appropriate assumptions and constraints of the model, or the strengths and weaknesses of the argument, but not both. | Exemplar considers the appropriate assumptions and constraints of the model, and the strengths and weaknesses of the argument. |