The Pearson Guide to Objective Mathematics for Engineering Entrance Examinations
Sharma, J. K.
The Pearson Guide to Objective Mathematics for Engineering Entrance Examinations - 3rd Ed. - New Delhi Pearson Education, 2010 - vi, 1236p. - Pearson Guide .
This edition of The Pearson Guide to Objective Mathematics for Engineering Entrance Examinations has been completely revised as per the requirements of the latest syllabi. Each chapter contains concise definitions and explanations of fundamental principles, and illustrative examples further augment the understanding of concepts. Retaining the basic structure that made the text a success, this edition also includes new questions from recent examination papers of various engineering entrance tests. ISBN 9788131723630
9788131723630
OBJECTIVE MATHEMATICS, Types Of Functions, Algebraic Limits. Rules For Differentiation, Differentiation Of Inverse Trigonometric Functions, Increasing And Decreasing Functions, Properties Of Definite Integrals, Rotation Of Axes, Different Forms Of The Equation Of A Circle, Transverse Common Tangents, Probability Distribution Of A Random Variable
510 / SHA
The Pearson Guide to Objective Mathematics for Engineering Entrance Examinations - 3rd Ed. - New Delhi Pearson Education, 2010 - vi, 1236p. - Pearson Guide .
This edition of The Pearson Guide to Objective Mathematics for Engineering Entrance Examinations has been completely revised as per the requirements of the latest syllabi. Each chapter contains concise definitions and explanations of fundamental principles, and illustrative examples further augment the understanding of concepts. Retaining the basic structure that made the text a success, this edition also includes new questions from recent examination papers of various engineering entrance tests. ISBN 9788131723630
9788131723630
OBJECTIVE MATHEMATICS, Types Of Functions, Algebraic Limits. Rules For Differentiation, Differentiation Of Inverse Trigonometric Functions, Increasing And Decreasing Functions, Properties Of Definite Integrals, Rotation Of Axes, Different Forms Of The Equation Of A Circle, Transverse Common Tangents, Probability Distribution Of A Random Variable
510 / SHA