Usefullness of Mathematics in Everyday Life

Utility of Mathematics in Everyday Life G H Hardy once said "In practice very few maths are useful, few things are relatively boring." This sentence is obviously wrong. Mathematics appears in almost every form in every field, it is the only truly universal language. Even mathematical opposition such as literature is full of various forms of mathematics. Music relies heavily on figures, even religion has a different number of sacred things.

How well do you know about mathematics in your life? Awareness raising month for mathematics and statistics is held in April to show people the usefulness of mathematics and statistics in everyday life. From technology to safety, to medicine, mathematics and statistics are often used to solve serious problems. These are just a few examples of important health-related discoveries supported by mathematics and statistics funded by the National Science Foundation (NSF). For decades since he developed the theory, Polyak's approach to solving complex optimization problems is to increase the efficiency of radiation therapy by limiting the effects of radiation on nearby healthy organs It was used for. This theory not only serves as the basis for software packages to improve cancer treatment, it also helps to optimize its industrial design and power distribution in the power grid.

Technological, economic and cultural changes in society over the past 50 years have made it easier and more accessible to many important mathematical ideas in their work and everyday life. With the popularity of mathematics, mathematics education has both responsibility and opportunity. It is the educator's responsibility to provide high quality mathematical education for all students. A recent report by the National Academy of Sciences (NAS) "Preparation for the 21st Century: Education is Essential" (National Research Council, 1997) summarizes this subtly:

Between mathematics and its applications, examples of persuasive mathematical ideas in daily life and at work are also provided. These examples can expand the mathematics education curriculum of the country, including the dual goal of doing good work for students and higher education. In addition, these courses allow students the flexibility to return to higher education with an appropriate career path. This paper presents an extended mathematical prospect by explaining the commonalities between university, workplace and mathematical expectations of everyday life, and by explaining the complex usage of mathematics taught in high school and community colleges It is aimed to provide. Mathematics in the workplace and everyday life is good mathematics for everyone.