Anmol Mehrotra Pythagorean triples Math Bonus A Pythagorean triple consists of three positive integers a ‚ b ‚ and c ‚ such 2 2 2 that a + b = c . Such a triple is commonly written ( a ‚ b ‚ c )‚ and a wellknown example is (3‚ 4‚ 5). If ( a ‚ b ‚ c ) is a Pythagorean triple‚ then so is ( ka ‚ kb ‚ kc ) for any positive integer k . A primitive Pythagorean triple is one in which a ‚ b
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Vyas who is an expert in Geometry‚ informed that how the basic knowledge of Geometry should be applied to solve Olympiad level problems. With the help of Euler’s theorem‚ which is about the concept of 9 point circle in a triangle and Carpet theorem‚ he explained how basic knowledge of junior classes may be used to prove such theorems and Olympiad level questions. In the third lecture Prof. Rawal‚ who is an expert of Vedic Mathematics taught about solving of algebraic equations in two
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The Coase Theorem ’ as it has become known‚ was propounded by Ronald Coase of the University of Chicago and deals with a hypothetical world of zero transaction costs. His aim in so doing was "not to describe what life would be like in such a world but to provide a simple setting in which to develop the analysis and‚ what was even more important‚ to make clear the fundamental role which transaction costs do‚ and should‚ play in the fashioning of the institutions which make up the economic system
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Lecture 15 The Definite Integral and Area Under a Curve Definite Integral ---The Fundamental Theorem of Calculus (FTC) Given that the function [pic] is continuous on the interval [pic] Then‚ [pic] where F could be any antiderivative of f on a ( x ( b. In other words‚ the definite integral [pic] is the total net change of the antiderivative F over the interval from [pic] • Properties of Definite Integrals (all of these follow from the FTC) 1. [pic] 4. [pic] 2. [pic] 5. [pic]
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moral principles. While both these studies are so readily used today‚ when comparing them it is essential in understanding at the same time the disparity between the two subjects. The principles of mathematics are built from a mélange of axioms‚ theorems and conjectures‚ where there is always a systematic method of arriving at any answer. Ethical problems are subject more to the individualistic way in which one proceeds to analyze the problem. In both however‚ there is the underlying similarity of
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n calculus‚ Rolle’s theorem essentially states that a differentiable function which attains equal values at two distinct points must have a point somewhere between them where the first derivative (the slope of the tangent line to the graph of the function) is zero. ------------------------------------------------- Standard version of the theorem [edit] If a real-valued function f is continuous on a closed interval [a‚ b]‚ differentiable on the open interval (a‚ b)‚ and f(a) = f(b)‚ then there
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170 CHAPTER 5. RECURSION AND RECURRENCES 5.2 The Master Theorem Master Theorem In the last section‚ we saw three different kinds of behavior for recurrences of the form aT (n/2) + n if n > 1 d if n = 1. T (n) = These behaviors depended upon whether a < 2‚ a = 2‚ and a > 2. Remember that a was the number of subproblems into which our problem was divided. Dividing by 2 cut our problem size in half each time‚ and the n term said that after we completed our recursive work‚ we had n
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UNIT 2 THEOREMS Structure 2.1 Introduction Objectives PROBABILITY 2.2 Some Elementary Theorems 2.3 General Addition Rule 2.4 Conditional Probability and Independence 2.4.1 Conditional Probability 2.4.2 Independent Events and MultiplicationRule 2.4.3 Theorem of Total Probability and Bayes Theorem 2.5 Summary 2.1 INTRODUCTION You have already learnt about probability axioms and ways to evaluate probability of events in some simple cases. In this unit‚ we discuss ways to evaluate
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pressure dynamics specified by Bernoulli’s Principle to keep their rare wheels on the ground‚ even while zooming off at high speed. It is successfully employed in mechanism like the carburetor and the atomizer. The study focuses on Bernoulli’s Theorem in Fluid Application. A fluid is any substance which when acted upon by a shear force‚ however small‚ cause a continuous or unlimited deformation‚ but at a rate proportional to the applied force. As a matter of fact‚ if a fluid is moving horizontally
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length of the hypotenuse‚ and x and 2x + 4 being the legs of the triangle. Now I know how I can use the Pythagorean Theorem to solve for x. The Pythagorean Theorem states that in every right triangle with legs of length a and b and hypotenuse c‚ these lengths have the formula of a2 + b2 = c2. Let a = x‚ and b = 2x + 4‚ so that c = 2x + 6. Then‚ by putting these measurements into the Theorem equation we have x2 + (2x + 4)2 = (2x + 6)2 The binomials into the Phythagorean Therom x2 + 4x2 +
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