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    Why do we need algebra?

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    Where will I ever need algebra? Where do you need square roots? When will I ever use the Pythagorean Theorem? Will algebra even be ’relevant ’ in the future? These are a few of the many questions that one asks when they have to take an algebra course. This is a required subject in most colleges to further ones education. The first year of algebra is a prerequisite for all higher-level math: geometry‚ algebra II‚ trigonometry‚ and calculus. It is quite true‚ while many people get by without an education

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    Deductive reasoning

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    They learned theses things form the Egyptians and the Babylonians. They learned how to solve geometric constructions like circles‚ squares‚ and pyramids‚ they also learned how to determine they lengths of objects from the Babylonians by using Pythagorean theorem. Building upon what they learned from the Egyptians and Babylonians they found fundamental truths in geometry‚ and from these truths they mad propositions called axioms‚ through deductive reasoning the Greeks would use these axioms to find

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    Where p and q are constants. Vieta also discovered a formula for the roots of the quadratic equation. For the mentioned quadratic equation (i.e that‚ which coefficient (in case x2 is in it) is equal to figure one) x2 + px + q = 0 root sum is equal to coefficient p which is drawn with the opposite sign and root’s product is equal to free term q:  x1 + x2 = -p  x1x2 = q  In case of unreduced quadratic equation ax2 + bx + c = 0:  x1 + x2 = -b / a  x1x2 = c / a  Impact on Today’s world Today

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    Maths Help

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    questions to get a Grade A or A* in the following topics: 1. Surds 2. Recurring Decimals 3. Limits of Accuracy 4. Indices 5. Proportionality 6. Rearranging Formulae 7. Algebraic Fractions 8. Using Graphs 9. Quadratic Equations 10. Simultaneous Equations 11. Algebraic Proofs 12. Circle Theorems 13. Trigonometry – for triangles which are not right-angled 14. Vectors 15. Similar Triangles 16. Congruent Triangles 17. Scale Factors – for volumes

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    expressions‚ equations (linear‚ quadratic‚ radical‚ rational)‚ systems of equations‚ inequalities‚ functions‚ graphs of quadratic and linear equations and inequalities in two variables‚ complex numbers and applications. 2. Learning Outcomes Upon successful completion of this course‚ students will be able to: 1. perform operations involving polynomials and factoring polynomials 2. solve and graph equations and inequalities such as linear‚ absolute value‚ quadratic‚ rational‚ and radicals

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    side to the other two sides and its corresponding angle: Relate that either of these relations reduce to simpler forms for the case of right triangles‚ particularly: 1. Law of Sines reduces to c = c = c. 2. Law of Cosines reduces them to the Pythagorean Theorem. Solving Oblique Triangles Explore the types of triangles and how to solve them. All oblique triangles make full use of the sum of angles rule that A + B + C = 180º in all triangles. All other elements require select application of

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    Types of Function

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                A polynomial function with degree ’’ is called a linear function. The most general form of linear function is                                                                  * Quadratic Function:             A polynomial function with degree ’2’ is called a Quadratic function. The most general form of Quadratic equation is                                                                  * Cubic Function:             A polynomial function with degree ’3’ is called cubic function

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    Using MINITAB

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    Statistics – Lab Week 2 Name:Michael Jacks Math221 Statistical Concepts: * Using MINITAB * Graphics * Shapes of Distributions * Descriptive Statistics * Empirical Rule Data in MINITAB * MINITAB is a powerful‚ yet user-friendly‚ data analysis software package. You can launch MINITAB by finding the icon and double clicking on it. After a moment you will see two windows‚ the Session Window in the top half of the screen and the Worksheet or Data Window in the bottom

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    Math Hl Type 1 Shadows

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    Higher Level Mathematics Internal Assessment Type I Shadow Functions Contents Introduction: Functions/Polynomials 3 Part A: Quadratic Polynomials 4 Part B: Cubic Polynomials 12 Introduction: In mathematics‚ function is defined as a relationship‚ or more of a correspondence between the set of input values and the set of output values. Also‚ a rule is involved‚ or as it may be referred to‚ a ‘set of ordered pairs’ that assigns a unique output for each of the input. The

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    CHAPTER 4 : FUNCTIONS AND THEIR GRAPHS 4.1 Definition of Function A function from one set X to another set Y is a rule that assigns each element in X to one element in Y. 4.1.1 Notation If f denotes a function from X to Y‚ we write 4.1.2 Domain and range X is known as the domain of f and Y the range of f. (Note that domain and range are sets.) 4.1.3 Object and image If and ‚ then x and y are known respectively as the objects and images of f. We can write ‚ ‚ . We can represent

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