INTERDISCIPLINARY METHODOLOGY FOR STUDYING AROMATIC HYDROCARBON MOLECULES BASED ON MATHEMATICAL MODELING

The article deals with the study of a molecule of a chemical element based on the use of intersubject communications and information technologies. Using the pyrylene molecule as an example, an algorithm and a computer program have been compiled to determine the total number of carbon atoms, the total number of carbon-carbon bonds and the number of rings in the molecule. It is shown that the study of interdisciplinary connections on the basis of information technology serves to improve the quality and efficiency of the educational process.

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