SCO 210-211, New Petrol Pump, Sec-34A,
Chandigarh
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This textbook is a comprehensive guide authored by R.C. Joshi, designed for BCA 2nd-year students at Panjab University, Chandigarh. It covers essential concepts related to computer-oriented numerical methods and computational techniques used in computer science.
The book is primarily aimed at BCA (Bachelor of Computer Applications) 2nd-year students, particularly those enrolled in Semester 3 at Panjab University.
The book covers a wide range of topics, including: Numerical methods and errors in computation Computer arithmetic Solutions of algebraic and transcendental equations Solutions of systems of equations Finite differences Interpolation techniques Numerical integration Empirical laws and curve fitting Numerical differential equations
The content is divided into four units, each focusing on different aspects of numerical methods, progressing from fundamental concepts to more complex applications.
The examination consists of 100 marks, with the question paper comprising four units. Students are required to answer nine questions: one from each unit and one compulsory short answer question. All questions carry equal marks unless specified.
Yes, the textbook incorporates a blend of theory and practical applications, featuring examples that help students understand and apply numerical methods effectively.
Yes, the book details various methods for solving non-linear equations, including the bisection method, false-position method, secant method, and Newton-Raphson method.
The book explains different types of errors, including truncation, round-off, and computational errors, and discusses measures for accuracy and error propagation in various operations.
Yes, the textbook includes a section on the solution of ordinary differential equations, covering methods such as Euler's method and the Runge-Kutta methods.
While some familiarity with basic mathematical concepts may be helpful, the book is structured to guide students through foundational topics, making it suitable for those new to numerical methods.
