his work‚ however this did not discourage him in continuing with his naturally born skill in science. Hooke was very famous in being a colleague of Isaac Newton. It is said that Newton “borrowed” many ideas from Hooke. Hooke had a very clear and accurate picture of gravity and planetary motion but everyone always thinks of Newton when something of that matter is brought up. Even though Hooke was unrecognized for a good many things‚ he was credited for a lot of inventions that have come
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CHRIST UNIVERSITY‚ BANGALORE -29 I Sem BBA (Honours) Course Plan – 2015 –16 Subject : BBAH 134: BUSINESS MATHEMATICS Faculty ; Prof. Roy Mathew / Prof Nijumon K John / Prof Prasanna Byahatti Course Description In recent times Mathematics has emerged as the key for major decision making process. The subject is introduced as to give the basic subject giving emphasis on the applications in business. Understanding of mathematical models is essential to project the real life scenario in s simplified
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In Jacob Bronowski’s essay he discusses about the nature of scientific theorems. He uses multiple examples of great scientists who have ground breaking discoveries and huge impacts on humanity. Bronowski says that science looks for “unity hidden likeliness” (par.8) by creativity and imaginary. He uses a famous story of Newton discovering the gravity as an example. He says that we have a misconception of an apple falling on his head and that lead to the discovery of gravity‚ instead‚ he saw an apple
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Laws of logarithms 1.2 The nth term of an arithmetic sequence The sum of n terms of an arithmetic sequence 1.1 log c a log c b log c ab a log c a log c b log c b log c a r r log c a Change of base 1.3 Binomial coefficient Binomial theorem Mathematics SL formula booklet 1
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Stem and Leaf plots 4 Box Plots 4 Describing Bivariate Data 4 Scatterplots 4 Pearson’s Correlation 4 Spearman’s Rho 4 Probability 4 Binomial Distribution 4 Assumptions: 5 Subjective Probability 5 Normal Distribution 5 Standard Normal Distribution 5 Sampling Distribution 5 Standard Error of Statistic 5 Central Limit Theorem 5 Area under the Sampling Distribution of the Mean 6 Sampling Distribution‚ Difference between Independent means 6 Sampling Distribution of a
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beginning in the Renaissance with Regiomontanus. The development of modern trigonometry then takes place in the western Age of Enlightenment‚ beginning with 17th century mathematics (Isaac Newton‚ James Stirling) and reaching its modern form with Leonhard Euler. The ancient Egyptians and Babylonians had known of theorems on the ratios of the sides of similar triangles for many centuries. But pre-Hellenic societies lacked the concept of an angle measure and consequently‚ the sides of triangles were studied
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triangle‚ however there is no tangible evidence. 3. 624-547 BC- The Thales of Miletus was said to be the person to bring the science of geometry from Egypt to Greece. He created the Thales’ Theorem. 4. 569-475 BC- The next great geometer was Pythagoras. He had created the Pythagorean Theorem that states in a right triangle the sum of sides A and B are equivalent to side C. 5. 400-355 BC- Eudoxus of Cnidus was the one who discovered the Theory of Proportions. Where in there are methods
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It is a fundamental principle in Euclidean geometry‚ and the basis of the definition of distance between the two points. Pythagoras Theorem also describe the relationship between the side of a right triangle and a flat plain. MAXWELL’S EQUATIONS James clark maxwell’s set of equations describe how electric and magnetic fields are generated and altered‚ both by each other and by charges
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MAT1581/101/3/2015 Tutorial letter 101/3/2015 Mathematics I (Engineering) MAT1581 Semesters 1 & 2 Department of Mathematical Sciences IMPORTANT INFORMATION: This tutorial letter contains important information about your module. CONTENTS Page 1 INTRODUCTION ............................................................................................................................ 4 1.1 Study Material ......................................................................................
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ordinates of curved lines‚ which is analogous to that of the then unknown differential calculus‚ and his research into number theory. He made notable contributions to analytic geometry‚ probability‚ and optics. He is best known for Fermat ’s Last Theorem‚ which he described in a note at the margin of a copy of Diophantus ’ Arithmetica. Pierre de Fermat was the most brilliant mathematician of his era and‚ along with Déscartes‚ one of the most influential. Although mathematics was just
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