'Meant for the undergraduate students of engineering, this book in two volumes covers the syllabus of all papers on Engineering Mathematics and focuses on the use of mathematics for tackling engineering problems. It is self-contained, comprehensive, and written in a lucid and easy-to-understand language that will appeal to both students and teachers. Each chapter in the book has been carefully planned to make it an effective tool to arouse interest in the study and application of mathematics to solve engineering problems. Easy-to-follow explanations, step-by-step worked out examples, and a large number of exercise problems make this book an apt choice for students.
' Complete syllabus coverage of all papers of mathematics at the undergraduate level Simple and illustrative examples are used to explain each theoretical concept Ample solved examples to facilitate understanding of concepts Exercise with every topic to test the reader's knowledge and answers provided at the end of the book to verify the solution Notes to enhance the reader's learning Emphasis on the applications of concepts and theorems Appendix providing supplementary material to the reader.
'1. Theory of Equations 2. Matrices and Their Applications 3. Differential Calculus 4. Partial Differentiation and Its Applications 5. Vector and Solid Geometry 6. Integral Calculus and Its Applications 7. Multiple Integrals and Their Applications 8. Vector Calculus 9. Differential Equations of First Order 10. Applications of Differential Equations of First Order 11. Infinite Series 12. Fourier Series 13. Linear and Other Types of Differential Equations 14. Applications of Linear and Other Types of Differential Equations 15. Series Solution of Differential Equations and Special Functions 16. Partial Differential Equations 17. Applications of Partial Differential Equations 18. Fundamentals of Complex Numbers 19. Calculus of Complex Functions 20. Laplace Transforms and Its Applications
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