Understanding Engineering Mathematics

Understanding Engineering Mathematics 1. Number and Arithmetic 2. Algebra 3. Functions and Series 4. Exponential and Logarithm Functions 5. Geometry of Lines, Triangles and Circles 6. Trigonometry 7. Coordinate Geometry 8. Techniques of Differentiation 9. Techniques of Integration 10.Applications of Differentiation and Integration 11.Vectors 12.Complex Numbers 13.Matrices and Determinants 14.Analysis for Engineers - Limits, Sequences, Iteration, Series and All That 15.Ordinary Differential Equations 16.Funcions of More than One Variable - Partial Differentiation 17. An Appreciation of Transform Methods -Introduction -The Laplace transform -Laplace Transform of the elementary function -Properties, and Inverse Laplace transform -Solution of initial value problems by Laplace Transform -Linear systems and the principle of sueprposition -Orthogonality relations for trigonometric functions -The Fourier series expansion -The Fourier coeffcients -Reinforcement -Applications -Answers to reinforcement exercises

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virusfree (2009-01-09)

thanks mate
surprisingly each of the topic is included in my Indian engineering course