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1994-Paul_Davis-Asking Good Questions about Differential Equations

Author(s): Paul Davis

NA

Keywords: questions population numerical physical context graphical algebraic Ireland

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Abstract

Resource Image A general essay about the Rule of Three – numerical, algebraic, and graphical perspectives + modeling with one illustration about Irish population.

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Article Context

Resource Type
Differential Equation Type
Technique
Qualitative Analysis
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Course
Course Level
Lesson Length
Technology
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Description

Davis, Paul. 1994. Asking Good Questions about Differential Equations. The College Mathematics Journal. 25(5):  394-400

See https://www.tandfonline.com/doi/abs/10.1080/07468342.1994.11973643 . Accessed on 23 March 2023

Articles from this journal are FREEly available from the Mathematical Association of America through the member portal at www.maa.org .

A general essay about the Rule of Three – numerical, algebraic, and graphical perspectives + modeling with one illustration about Irish population.

Excellent design process for making good modeling problems offered and some sources sited.

Principle I. Be ambiguous.

            Use poorly posed problems.

Provide too much or too little data in otherwise standard problems.

Formulate questions with many solutions or no solution.

Replace numbers with parameters.

Admit multiple solution strategies,

Principle II. Ask about, not for.

            Ask about the results of a process or method, not for its application.

            Ask students to match problems and methods with outcomes.

Principle III. Explore vocabulary.

            Ask students to provide examples of concepts, properties, and terms.

            Inquire about the interdependence of concepts, properties, and terms.

Principle IV. Shift context and perspective.

            Employ the rule of three: pose questions from the graphical and numerical perspectives, not just the algebraic.

            Use mathematical modeling to set questions in a physical context.

Keywords: modeling, questions, design, Ireland, population, differential equation, model

 

 

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Authors

Author(s): Paul Davis

NA

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