Bachelor of Computer Application (BCA) Community Share and Help

Syllabus BCA208

Scientific and statistical Computing


Gujarat University FY BCA Syllabus (Revised) Effective from June, 2006
1. Noramalised Floatting Point And Errors 10%
Different Types of Errors in Numeric Computation
Floating Point Numbers
Normalize Floating point representation
Pitfalls and algebraic operation (without error Propagation)
2. Numerical Solution Of Non-linear Equations 20%
Introduction and applications of non linear equations
methods of finding solution of nonlinear equations
Bisection method
False Position method
Secant method
Newton-Rap son methods
General Discussion on convergence of these methods ( No Mathematical derivations )
3. Interpolation Andcurvefitting 25%
Introduction and applications of Interpolation
Inverse interpolation
Extrapolation
Finite Differences
Newton’s Forward Difference
Backward Difference
Divided Difference
Interpolation Formulas (With proof)
Lagrange’s Interpolation Formula
LaGrange’s inverse Interpolation Method of Last Square
Fitting of Straight Line
Polynomial
Geometric curve
Exponential curve
4. Frequency Distribution 10%
Introduction and applications of central tendency
Frequency Tables
Graphs
Frequency Curves
Weighted
Arithmetic
Harmonic and Geometric means
Median
Mode
Variance
Standard deviation
5. Probability And Mathematical Expectation 25%
Introduction and various related terms of probability
Conditional probability
Bayer’s Rule
application of Bayer’s rule Probability distribution related to mathematical expectation
6. Corrlation And Regression 10%
Introduction
Definitions
Properties
application of Correlation regression
Various method of correlation
regression equations
Probable error.
TEXT BOOK:
Computer Oriented Numerical Methods, Salaria, Khanna Publication
Statistics and Soluition By V.K. Kapoor
REFERNCE BOOKS
Computer Oriented Numerical Method By V. Rajaraman, PHI
Numerical analysis and Computational Procedures By S.A. MOLLAH


Total Marks of this Subject 100 Marks
External (University ) Examination 70 Marks
Internal Sessional Examination 20 Marks
Term Work 10 Marks
Teaching Hours per week 3 Hrs
Practicals Based on syllabus using c, c++, and Excel (Simple problems).

Last Updated on 10th Jun 2009