Development of logical approaches in problem solving helps students create new algorithms for specific problems, enhancing problem-solving skills for highly motivated students. Applying mathematics and logical thinking to chemistry problem solving allows students to extract pertinent information and explore novel problem-solving approaches. The implementation of inequalities, Diophantine equations, and the discrete nature of possible answers in chemistry problems are explored in example problems.
Supplement
A more detailed version of this article, including more examples, is available.
Meija, Juris; Bisenieks, Janis. J. Chem. Educ.2004 81 995.
Keywords
Computational Chemistry; General Chemistry; Introductory / High School Chemistry; Mathematics / Mathematical Methods; Numerical Methods; Problem-Based Learning; Teaching / Learning Theory / Practice
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