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A large number of illustrative worked-out examples are interwoven throughout the text to reinforce the difficult mathematical concepts. The book is student friendly containing plenty of Self-Practice Problems (with hints/answers) at the end of each unit. What distinguishes this up-to-date text is that these problems are arranged in a graded manner for easy comprehension. Previous year`s examination questions are also incorporated at appropriate places. These features along with the clear exposition of the mathematical concepts would make the text highly useful for the engineering students and teachers alike. Designed primarily to serve as a text for first year undergraduate engineering students, this indispensable, authoritative, comprehensive and accessible text introduces them to mathematical concepts such as differential calculus, differential equations, three-dimensional geometry and vector calculus. The simple, lucid, easily retainable language and systematic presentation enables the student grasp the concepts easily. Difficult concepts have been explained in simpler and easier manner so that in depth understanding of the subject is attained. Book Content of Fundamentals of Engineering Mathematics Volume - I Differential Calculus Partial Differentiation Integral Calculus Application of Integral Calculus Differential Equations Infinite Series Analytical Geometry in Three Dimensions Vector Calculus
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