The importance of mathematics to everyday life
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Tuesday, 22 December 2009 10:30 -

Even though Mathematics undoubtedly has universal applications to life and is an essential tool in science, technology, economics, business, commerce and of course in computer design and functioning there is a general tendency for people to shy away from it for various reasons-some feel it is too difficult while others do not see its practical connection to everyday life.

Consequently, we find just a small number of people who pursue this fascinating subject and the end result is that there is always only a small core of brilliant or good mathematicians which helps to reinforce the perception that this area of study is only reserved for an elitist few.

Mathematician T. Rogers in one of his lectures notes: “The percentage of the world’s population, or even of the world’s university-educated population, who could accurately state a single mathematical theorem proved in the last fifty years is small, and smaller still if Fermat’s last theorem is excluded. If you ask a mathematician to explain what he or she works on, you will usually be met with a sheepish grin and told that it is not possible to do so in a short time. If you ask whether this mysteriously complicated work has practical applications (and we all get asked this from time to time), then there are various typical responses, none of them immediately impressive.”

But maybe this perception is bolstered by the manner in which mathematics is taught and that is, it is done in too much of an abstraction and perhaps if our teachers could help students to see how these “abstract concepts” are related or could be applied to real and practical situations then probably this perception could be dispelled or reduced. In short if could successfully convince the young minds of the importance of mathematics to life.

Students of the natural sciences quickly realise the importance of mathematics because the areas of...

...Why study Mathematics?
The main reason for studying mathematics to an advanced level is that it is interesting and enjoyable. People like its challenge, its clarity, and the fact that you know when you are right. The solution of a problem has an excitement and a satisfaction. You will find all these aspects in a university degree course.
You should also be aware of the wide importance of Mathematics, and the way in which it is advancing at a spectacular rate. Mathematics is about pattern and structure; it is about logical analysis, deduction, calculation within these patterns and structures. When patterns are found, often in widely different areas of science and technology, the mathematics of these patterns can be used to explain and control natural happenings and situations. Mathematics has a pervasive influence on our everyday lives, and contributes to the wealth of the country.
The importance of mathematics
The everyday use of arithmetic and the display of information by means of graphs, are an everyday commonplace. These are the elementary aspects of mathematics. Advanced mathematics is widely used, but often in an unseen and unadvertised way.
• The mathematics of error-correcting codes is applied to CD players and to computers.
• The stunning pictures...

...Introduction
Mathematics is an indispensable subject of study. It plays an important role in forming the basis of all other sciences which deal with the material substance of space and time.
What is Mathematics?
Mathematics may be described as the fundamental science. It may be broadly described as the science of space, time and number. The universe exists in space and time, and is constituted of units of matter. To calculate the extension or composition of matter in space and time and to compute the units that make up the total mass of the material universe is the object of Mathematics. For the space-time quantum is everywhere full of matter and we have to know matter mathematically in the first instance.
Importance of Mathematics
Knowledge of Mathematics is absolutely necessary for the study of the physical sciences.
Computation and calculation are the bases of all studies that deal with matter in any form.
Even the physician who has to study biological cells and bacilli need to have a knowledge of Mathematics, if he means to reduce the margin of error which alone can make his diagnosis dependable.
To the mechanic and the engineer it is a constant guide and help, and without exact knowledge of Mathematics, they cannot proceed one step in coming to grips with any complicated problem.
Be it the airplane or the atom bomb,...

...The importance of Mathematics
In such a modern and non-stop developing world nowadays, most people need mathematics as an important tool for their occupation, no matter what it is. Obviously, mathematics plays a vital role in daily use such as architecture, business, clerical work, etc... We even use math to balance our budget, pay bills, check our saving accounts, etc. Math is an important part of our civilization.
Most people using mathematics recently wondered if they should learn about its history. Some claimed that the mathematics’ history itself would help nothing at all and it makes virtually no sense to study the history of this science. Because obviously in practice, they only need those formula to do the calculations. However, according to the research of Alexander (2011), he stated that “mathematics is seen not as the static skeleton of science but, instead, as a dynamic and historically evolving field in its own right – just like science itself.”
Mathematics was developed early in Babylonia since 2000 BC. The Babylonian basis of mathematics was inherited by the Greeks and independent development by the Greeks began from around 450 BC. After that, mathematics continued to flourish in some countries such as Iran, Syria, and India. In general, many famous major progresses were made by the well-known names, for examples,...

...buildings. The biochemistry inside of all living things keep life going. Almost all technology, present and future, is dependent on the chemical properties of materials. Of course, chemistry can be important for people that like to make fun or goofy experiments as well.
well if you use transportation that's run by gasoline that was made with oil and other fossil fuel based products that were combined with the help of chemistry
Chemistry is all around us. We use it in the kitchen while cooking (chemical reactions), and we even use it in when dying our hair. There are many elements that we use everyday; FLUORINE: even though it is one of the most highly reactive and aggressive elements, it keeps our teeth healthy (used in toothpaste and in tap water). NITROGEN: almost 80% of the air is made up of nitrogen. We use it to breath. Without it we would have no DNA, no proteins, or even no muscles. SILICON: silicon is in sand on the beaches, and in the window panes. Its electrical conductivity allows PC's, mobile phones, cars, TVs and cameras to work. HYDROGEN: almost absolutely everywhere. In water, us humans, plants and animals. ALUMINIUM: used in alloy rims, train carriages and even in barbecuing!
What Is the Importance of Chemistry?
What is the importance of chemistry? Why would you want to learn about chemistry? Chemistry is the study of matter and its interactions with other matter and energy. Here's a look at the...

...To discuss the importance of Psychology in our everyday lives we must first understand what Psychology is. The definition of Psychology is the scientific study of behavior and mental process; however, it can be applied to many other things in life. Everything we do in life is related to Psychology. Psychology is basically the study of who we are, why we are that way, and also what we can become.
Psychology is important in many different ways, one example of why it is so important is, the research that has been done on many life threatening diseases. By using psychology, psychologist have studied diseases such as, Parkinson's disease, Alzheimer's disease, and many other neurological diseases. Today, we know a whole lot more about theses diseases than we did in the past, scientist have even been able to produce medicines that may help victims of theses diseases. Psychology is also very important in the education system. By using intelligence test schools, students can be evaluated and given the correct amount of help that they need in school. For example, IQ test are given to place children in "gifted programs," by using these test these students are ensured that they will receive the best quality of learning at a pace that is just right for them. On the other hand, these test also let teachers and faculty know which students may need extra help in certain areas in school.
Another reason why psychology...

...rule that also follows through Pre-Calculus could have been used to find the right speed and landing needed to land the plane safely. Using the cosine rule, you can find the ground speed using c2=a2+b2=2abcosC . 1002=202+b2-2’20’bcos126. B2-23.5b-9600=0. Once you found the ground speed you could use the sine rule to calculate the heading that the plane should follow: sin=sin=86.7sin126. You can use math with Law of sine and cosine, in combinations with other formulas, to calculate the ground speed, landing speed, wind direction, etc.—All important and necessary information for a flight.
Article 2:
http://online.wsj.com/news/articles/SB10001424127887324034804578348813425676382
This article relates to math by talking about your basic everyday water fountains. It briefly discusses how there’s an arch in the water that comes up from the sprout. The water fountain, the fountain that provides us water comes out to us as what we call mathematically parabolas. Parabolas are just another fancy term for arch. With the decrease in speed of the water flow it allows us to drink without being darted in the face by cold water in which the fountain should provide. It comes down to angle of depression and how far they set the length of the base to where it doesn’t go pass the necessary point.
Article 3:
http://www.dailyherald.com/article/20121226/entlife/712269696/
This article relates to Pre-Calculus and Algebra 2 in almost every way. A class of students asked why...

...Life without mathematics
Do any of us realize the importance of maths in our daily life? This is a subject that is applied to every field and profession. Without the application of maths, no field or profession is complete. To help us realize this why don’t we imagine a world without maths?
Imagine living your days without a watch and a calendar. Both the watch and the calendar use numbers, the most basic and important ofmathematic characters. How would you know the time of the day? Wouldn’t you miss your own birthday without a calendar?
Consider this, you go to a shop to buy something but since this is a world without maths, you don’t know what money is, you don’t know measurements. So what do you do?
Whether it is a Zoologist assessing the number of animal species on earth or a doctor checking your heartbeat they have to know how to count. Without mathematics an engineer cannot build a bridge. A quantity checker chemist cannot prepare medicines if he cannot accurately measure the quantity of each chemical.
We wouldn’t have had markets and businesses without math as the world of trade runs on money. And as a country’s development depends heavily on its economic growth, wouldn’t that be a problem?
There wouldn’t be any more advancements of technology as each sector of technology directly or indirectly employs the application of mathematics. We are all so used to...