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Programmable calculators for elementary physics teaching

Richard Beare, Peter J. New

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Abstract

Programmable calculators are reviewed. The type of use envisaged includes repeated evaluation of simple formulae, simple simulations and the solution of simple differential equations. The most important considerations before purchasing are discussed as is the degree to which the calculator is fully programmable i.e. the number of conditional and unconditional jumps that can be performed. The programming capacity is a criteria that is harder to appreciate; this is discussed. A table is provided showing the cost, facilities available etc. of different calculator models now available.

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What this paper is about

Programmable calculators are reviewed. The type of use envisaged includes repeated evaluation of simple formulae, simple simulations and the solution of simple differential equations. The most important considerations before purchasing are discussed as is the degree to which the calculator is fully programmable i.e. the number of conditional and unconditional jumps that can be performed. The programming capacity is a criteria that is harder to appreciate; this is discussed. A table is provided showing the cost, facilities available etc. of different calculator models now available.

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Available abstract

Programmable calculators are reviewed. The type of use envisaged includes repeated evaluation of simple formulae, simple simulations and the solution of simple differential equations. The most important considerations before purchasing are discussed as is the degree to which the calculator is fully programmable i.e. the number of conditional and unconditional jumps that can be performed. The programming capacity is a criteria that is harder to appreciate; this is discussed. A table is provided showing the cost, facilities available etc. of different calculator models now available.

Key concepts: Mathematics education, Science education, Physics education, Computer science, Engineering physics, Physics, Psychology

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