Engineering Mathematics
4th Edition
9378521002
·
9789378521003
© 2027 | Published: October 5, 2026
Overview:This book has established itself as a trusted learning resource for students, teachers, and engineers. Its clear presentation, systematic development of concepts, and extensive collection of worked examples and exercises have made it a valua…
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1. Differential Calculus and its Applications
2. Functions of Several Variables
3. Integral Calculus and its Applications
4. Multiple Integrals
5. Vector Spaces
6. Matrices
7. Laplace Transforms
8. Three-Dimensional Analytical Geometry
9. Ordinary Differential Equations
10. Vector Calculus
11. Analytic Functions
12. Complex Integration
2. Functions of Several Variables
3. Integral Calculus and its Applications
4. Multiple Integrals
5. Vector Spaces
6. Matrices
7. Laplace Transforms
8. Three-Dimensional Analytical Geometry
9. Ordinary Differential Equations
10. Vector Calculus
11. Analytic Functions
12. Complex Integration
Overview:
This book has established itself as a trusted learning resource for students, teachers, and engineers. Its clear presentation, systematic development of concepts, and extensive collection of worked examples and exercises have made it a valuable resource for effective learning and examination preparation.
The revised edition is designed with the needs of first-year undergraduate students in mind. The contents provide comprehensive coverage of the Mathematics-I and Mathematics-II syllabi followed by various universities, autonomous colleges, and deemed universities. It presents mathematical concepts in a systematic manner, combining theoretical foundations with illustrative examples and a wide range of problems. The presentation has been designed to help students develop a clear understanding of fundamental mathematical concepts and their applications. The step-by-step solutions provide guidance in approaching different types of problems, while the extensive collection of solved and unsolved problems, short-answer questions, and descriptive questions offers students ample opportunities for practice and self-assessment.
Key Features:
• Balanced coverage of theory and problems
• Lucid writing style with step-by-step solutions for easy understanding
• Extensive syllabus coverage for Semesters I & II
• Excellent pedagogy with worked examples & practice problems
This book has established itself as a trusted learning resource for students, teachers, and engineers. Its clear presentation, systematic development of concepts, and extensive collection of worked examples and exercises have made it a valuable resource for effective learning and examination preparation.
The revised edition is designed with the needs of first-year undergraduate students in mind. The contents provide comprehensive coverage of the Mathematics-I and Mathematics-II syllabi followed by various universities, autonomous colleges, and deemed universities. It presents mathematical concepts in a systematic manner, combining theoretical foundations with illustrative examples and a wide range of problems. The presentation has been designed to help students develop a clear understanding of fundamental mathematical concepts and their applications. The step-by-step solutions provide guidance in approaching different types of problems, while the extensive collection of solved and unsolved problems, short-answer questions, and descriptive questions offers students ample opportunities for practice and self-assessment.
Key Features:
• Balanced coverage of theory and problems
• Lucid writing style with step-by-step solutions for easy understanding
• Extensive syllabus coverage for Semesters I & II
• Excellent pedagogy with worked examples & practice problems