As I type this sentence millions of students all over the country are in their math class either a) struggling to open their eyelids or b) tapping their fingers due to boredom and impatience. They have all failed to understand how the topic would later come of use. Although mathematics may seem to be “unnecessary” it teaches our brains to strategize, and think differently through the use of trial and error and problem solving. Most individuals consider mathematics to be a dreadful topic, and can never really comprehend how it can be beneficial in our lives on a daily basis. Most of the time, they may seem to be correct. However, they are not. Most of the time, we are using its strategies without even acknowledging it. We use it for almost anything we do: currency, measurement, time, etc. Two examples of math we use on a regular basis are Euler and Hamiltonian Circuits.…
Mathematics is important to understand most subjects, including science, technology, medicine, economy, business, and finance. Besides solving and presenting equations, it focuses on careful analysis of data and its structure.…
I remember from a book titled “Letters to a Young Mathematician” by Ian Stewart that he said, “Mathematics is the shared social construct created by people who are aware of certain opportunities. If math were a building, it would resemble a pyramid erected upside down. The taller the building becomes, the more space to build more.” I could not agree more. Mathematics is an opportunity. It should never stop growing, and neither should I. Ever since I declared mathematics as a major, I vowed to myself to always be willing to learn and to keep my minds working. After four years of education highly focused on mathematics, I have come to the conclusion that without an effort to delve into it, mathematics will remain as an ugly monster. However, once one sets foot in it, one will find nothing more delightful than mathematics. I loved learning mathematics for the past few years and I believe the best is yet to come.…
A mathematician is a person with an extensive knowledge of mathematics who uses this knowledge in their work, typically to solve mathematical problems. Mathematics is concerned with numbers, data, collection, quantity, structure, space, models and change.…
Mathematics is eyes,ears,heart,lungs and above all the basic developing tonic of any human civilization.Maths develops,Maths reforms and Maths benefits.…
According to the Merriam-Webster dictionary (2013), mathematics defined is “the science of numbers and their operations, interrelations, combinations, generalizations, and abstractions and of space configurations and their structure, measurement, transformation, and generalizations.” One of the principal reasons for studying mathematics is learning to solve problems and think critically. Such is the case for the numbers game, Guess Your Card, which requires you to figure out what numbers are on the cards you have picked.…
Upon arriving at this topic, I had previously been asked a simple opinionated question, is math is a science, an art, or a philosophy. I thought to myself, well of course all three. Mathematics is for the most part (at least what people see) is a science; adding, subtracting, multiplying, dividing, differentiating, integrating, etc. These are all very well defined operations which, for the most part, have very algorithmic solution methods. The art comes in the proofs. Typically, when formulating a proof you're not given anywhere to start and so, just like in art, practice makes perfect. Also, when writing theorems this process is completely in reverse and the amount of creativity required is staggering. Just try drawing a conclusion from a set of fragmented, typically unrelated information (this doesn't even have to be math related). The philosophy comes from concepts of infinity and most of set theory. A lot of early mathematics (after the Dark Age) were, for the most part, philosophers. They were fascinated by how something so simple as mathematics could model something so abstract and complicated as nature, and yet could itself become as abstract as to not be visualize-able by humans (infinite, dimensions greater than 3, etc.) So it is all three, although rarely is it simultaneously all three. One of these usually dominates while working with math at any one time. But there have been points in history where all three of coincided and it is some of the most mind-boggling and beautiful work you'll ever see.…
A mathematician is a person with an extensive knowledge of mathematics who uses this knowledge in their work, typically to solve mathematical problems. Mathematics is concerned with numbers, data, collection, quantity, structure, space, models and change.…
In all areas of science and most areas of life, a fundamental and logical understanding has seemed to be the only form of understanding that I can fully accept. Mathematics embodies this, which is why I find the subject so stimulating and why I aim to study it at university. I have found maths to be an extremely elegant subject, particularly Calculus and Proof by Induction. I still find the fundamental concept of taking an infinitely small section of a parabola to allow the gradient to be constant, profound. Proof by Induction was the first rigorous proof method that I encountered and I was amazed by its power and simplicity. I also enjoy the more intuitive and creative aspects of maths such as devising conjectures based on patterns. I have become very interested in unsolved problems and the fact that some have been challenging the finest mathematicians for years. One example is the Riemann Hypothesis; I quickly became very intrigued by this and enjoyed learning about the conjecture in general, as well as its importance (particularly in number theory), through the book 'Prime Obsession' by John Derbyshire.…
Mathematics is a fundamental part of human thought and logic, and integral to attempts at understanding the world and ourselves. Mathematics provides an effective way of building mental discipline and encourages logical reasoning and mental rigor. In addition, mathematical knowledge plays a crucial role in understanding the contents of other school subjects such as science, social studies, and even music and art.…
Mathematics may be defined as construction game leading to a big set of self-coherent intellectual entities : they do not have any existance outside of our head (no herd of "Twos" in the woods). This pure intellectual construction is mainly made by strange humans (called mathematicians) with no care of applications (except some exceptions). From this intellectual construction, other people (unbelievable but true) pick some maths entities and a priori decide to match them with some real world observations. These strange kind of people are called physicians, chemists, ... and applied maths engineers.…
This source clearly states why certified math teachers are in such high demand. It shows that no child will be ever left behind in math and there will always be math teachers ready to go to help those Childs in need.…
Math is something that just seems to come naturally. Life without math is like a car without wheels, pointless! You won’t get to far in life. I truly believe mathematics is necessary for our everyday life. It seems to me you can’t go around it. Math has always been one of my favorite subjects in school; simply because it is the same in every foreign language. I like…
Mathematics is one of the abstract sciences, this is for the studying of numbers, quantities, changes, structures, patterns – the things that exist today only as far as there are people to recognize them and created only by person’s abstractions. Even betwixt the mathematicians themselves it does not exist unanimity about whether the concepts they are studying currently. Nevertheless, mathematics as a science developed from archaic activities like calculating or estimation, observations of items in reality and so on, and just in course of time moved into the sphere of literal abstraction.…
Mathematics is defined as the science which deals with logic of shape, quantity and arrangement. During ancient times in Egypt, the Egyptians used maths and complex mathematic equations like geometry and algebra. That is how they managed to build the pyramids.…