?Mathematics is the Queen of all sciences? are the words of Carl Friedrich Gauss, the greatest mathematician of all time. An important tool for math, science. In mathematics, the most widely used in other Sciences. Physics, Chemistry, astronomy, engineering, mathematical ideas rely on most. Students who look at a relatively strong Math background need to study of the physics or chemistry. Mathematics in physics Natural science is physics that explores concepts such as mass, energy, matter and its motion. Strong foundation in algebra, trigonometry, geometry and calculus is essential to physics. Mathematical methods are necessary to cope with major concepts in physics. Some examples are: (1) electromagnetic theory is the branch of physics that studies the forces associated with electrical charges. Vector analysis are very important for the understanding and development of electromagnetic theory. (2) it is useful to Group theory, Quantum mechanics, spectroscopy in solid state physics and nuclear physics. (3) Fourier techniques are important for all linear systems analysis in physics. (4) it is necessary to understand the quantum Matrix analysis. (5) complex numbers in physics, the electromagnetic waves and is commonly used to describe quantum mechanics. Mathematics in chemistry Chemistry is the science which investigates the characteristics and composition of substances. Mathematics plays an important role in chemistry. To learn the necessary mathematical background chemistry covers basic algebra, calculus, some trigonometry functions (reference). The following is an example. (1) be able to balance chemical equations is a very important ability for students of chemistry. This is a simple mathematical exercise. Balancing a chemical equation refers to establishing the mathematical relationship between the amounts of reactants and products dealing with chemical reaction. Let us go into more detail. A chemical equation is a statement, which describes what happens in a chemical reaction. In a chemical equation, are reactive (phase-in substances chemical reaction) on the left side of the equation and products (substances produced in a chemical reaction) on the left side of the equation. We have reactive and separated by an arrow and the arrow is always oriented in the direction of the products. Consider the reaction of carbon with oxygen to produce carbon dioxide gas. C + O2-> CO2?(2 is signed) The above equation is already balanced, because it has the same number of atoms of each element in the reactants and products. (C) one carbon atom and two oxygen atoms (O), on the left side of the equation and this is the same on the right side too. Let?s look at an example. Sodium chloride is the salt. Sodium chloride of sodium and chlorine form. Na + Cl2?> NaCl (2 is subscript) The equation is not balanced. It has two chlorine atoms on the left side, but only one on the right side of the equation. Let?s balance the chemical equation. 2Na + Cl2?> 2NaCl (2 is the interface index of the only Cl2) Work Note that now there are atoms of each element in an equal amount of reactants and products. Chemical formulas may be balanced practical using arrays or simultaneous equations. A number of fields of chemistry uses a significant amount of mathematics. (2) page is the branch of chemistry studies chemical action of electricity and the production of electricity by chemical reactions. Posted in page totally based on differential equations. (3) Biochemistry is the study of chemical processes in living organisms. Biochemistry even has important themes that rely heavily on theory and kinetics of link.
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