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# Free Example of Mathematics Essay

Mathematics is of increasing importance in today’s world. Being able to understand and engage in with mathematics is a powerful asset for individuals as well as for employers in the industry, business and government. Therefore, what is needed is not just the ‘basic skills’ of numeracy but the ability to make sense of the mathematics that underlies so much of the world around us and make reasoned judgments about the solutions that are presented to us (Dibert, 1995). It is apparent that studying mathematics is of benefit to individuals in terms of career development and that an ability to apply mathematical knowledge and ways of thinking is valuable in workplace context (Canadian Mathematical Congress, 2007). A study that looked at the mathematics encountered by advanced level college students on work placements found that students who were successful with the routine mathematics were also more successful at work.

Learning of mathematics has an impact on the live and features of young people. Some of these, such as the importance of qualifications and the use of mathematics in the workplace, are widely recognized, even if there may be some misconceptions about the relationships between school mathematics and the way that mathematics are used in real life.

The relevance of mathematics is obligatory in wide areas of endeavors and many fields such as business, medicine, computer science, skilled trades, space exploration, government and defense, and also in daily life. Mathematics is applied in many decision making processes requiring quantitative reasoning and mathematical modeling. The applications involves ability to make conjectures and reasoning within a constitution of existing knowledge (Canadian Mathematical Congress, 2007).

One crucial aspect of mathematical reasoning is the ability to make sense of, use and critique quantitative information (Dibert, 1995). In a world in which quantitative data increasingly informs governmental and departmental decision making and in which more and more quantitative information is available, policy makers depends on mathematical competence to exercise social and moral judgment. Thus mathematics plays an important role in developing and understanding both classical standards of proof and of informed probabilistic decision making.

Nowadays, mathematics is the most influential and pervasive of all sciences in our society, because of its exclusive potential of establishing connections among virtually all manifestation of our knowledge. As a matter of fact, it is used throughout the world as an essential tool in many fields of our real world. We understand simple and basic things such as banking and mortgages through application of mathematics. When acquiring a loan or when buying a house through mortgage, mathematics is the tool for computation of interests, helping the borrower to understand how to balance between the size of the loan, the interest and the time span. By applying mathematics, the buyer or the borrower is able to make a good and favorable choice on the borrowing.

When it comes to the environmental issues, mathematics helps us to assess the expected impact of our activities and the forces of nature. Through mathematical computations, the resulting effects of pollution from sources like smoke-stacks, automobiles, chemical refineries, and power plants. Environmental impact assessment on water pollution has highly developed with the application of mathematical models, which enables quantification of the level of pollution deposited into the stream and the ensuing effects. In addition to above, major constructions can quantify the level of environmental impact their project is likely to cause as required by the law.

In medicine, mathematics is used in quantifying the effect of drugs on experiment samples. These results are then projected to give the correlation with an entire population at large. This is important because drugs are not only expensive but also sensitive dealing, therefore requiring good care to avoid causing harm to the population, rather than benefit.

For the safety purposes of the gadgets and appliances essential to for modern living e.g. cars, electrical appliances etc., are governed by codes and standards. Through mathematical computations, it is possible to put a standard below which the appliances will be considered unfit and unsafe to the user. This has been made possible through many years of mathematical computations by the engineers and the manufacturers. For example, we now know the pressure to put on our car tires. In mega constructions, mathematical modeling guarantees the safety of the populace and nothing is left to trial and error.

Weather forecast has become more precise through mathematical modeling. This has made it possible to save lives by forewarning of dangerous storms, tornadoes, and hurricanes. So much accuracy in quantification of weather fronts has made all the difference.

These are just few of many applications of mathematics in real life. With all applications, it is apparent that studying mathematics is of benefit to both the individual and the society at large in terms of development. An ability to apply mathematical knowledge and ways of thinking is valuable in any real life and workplace context. Some of these applications, such as the importance of qualifications and the use of mathematics in the workplace, are already widely recognized, even if there may be some misconceptions about the relationships between school mathematics and the way that mathematics are used in real life. Learning of mathematics will therefore have an impact on the lives and features of the young people pursuing any career in life.