Application of graph theory in teaching and understanding of the mathematical problems

L. Lazarova, N. Stojkovikj, A. Stojanova, M. Miteva
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Abstract

The basic aim of mathematics education was described as “to bring mathematical knowledge and skills that are required by daily life to the individual, to teach students problem solving and to bring them a way of thinking that handles incidents including a problem-solving approach”. For this reason, problem-solving skills take an important place among mathematical skills. Mathematics (NCTM) standards also indicate that problem-solving skills have higher priority in teaching mathematics. One of the mathematical disciplines which has great application for solving of the real problems is the graph theory. Graph theory as a part of mathematics has the potential to become a popular tool for teaching and learning mathematics in elementary and secondary school for solving and understanding of many logical puzzles. This kind of puzzles are very complicated and present complex problems for understanding by the students at elementary and secondary level. But, by using the basic concept of graph theory the students can easily make visualization of such kind of problems and can easily prepare for different kind of mathematical competitions. The graph theory can facilitate the learning process, because it provides good illustrations by which the applications of the ideas can be shown and presented to the children. In this paper we are considering a methodology that improve the students’ ability for logical thinking. For that purpose, we will consider some kind of logical mathematical problems which are usually given at the mathematical classes but especially for gifted and talented students.
图论在教学中的应用及对数学问题的理解
数学教育的基本目标被描述为“将日常生活所需的数学知识和技能传授给个人,教会学生解决问题,并教给他们一种处理事件的思维方式,包括解决问题的方法”。因此,解决问题的能力在数学技能中占有重要的地位。数学(NCTM)标准也表明,解决问题的能力在数学教学中具有更高的优先权。图论是对解决实际问题有很大应用的数学学科之一。图论作为数学的一部分,有潜力成为小学和中学数学教学和学习的流行工具,用于解决和理解许多逻辑难题。这类字谜非常复杂,给中小学生的理解带来了复杂的问题。但是,通过使用图论的基本概念,学生可以很容易地将这类问题可视化,并可以很容易地为各种数学竞赛做准备。图论可以促进学习过程,因为它提供了很好的插图,通过这些插图可以向孩子们展示和展示这些思想的应用。本文探讨了一种提高学生逻辑思维能力的方法。为此,我们将考虑一些逻辑数学问题,这些问题通常在数学课上给出,但特别适合有天赋的学生。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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