Basics of computing

1. basics of computing chapter headings.

1.1. unit 1

1.1.1. computer basics

1.2. unit 2

1.2.1. computer periphrasals

1.3. unit 3

1.3.1. problem solving technique

1.4. unit 4

1.4.1. application of problem solving

1.5. unit 5

1.5.1. problem solving technique

2. Unit

2.1. Introduction

2.2. Classification

2.3. Number system

2.4. Number conversion

2.5. Arithmetic system

2.6. Signed number system

2.7. Binary coding

2.8. Logic gates

2.9. Combinational

3. Unit

3.1. Memory

3.2. Primary memory

3.3. Secondary memory

3.4. Input device

3.5. Output device

4. Unit

4.1. Top down design

4.2. Flowchart

4.3. Swapping

4.4. Summation

4.5. Factorial problems

4.6. Sine function

4.7. Fibonacci series

4.8. Reversing digits

4.9. Base conv

5. Unit

5.1. Introduction to algorithm

5.2. Looping

5.3. Quadratic equation

5.4. Amstrong

5.5. BCD LCM

5.6. Prime numbers

5.7. Pseudo random

5.8. Prime factors

6. Unit

6.1. Array intro

6.2. Reversing array

6.3. 2 dimentional array

6.4. Array insertion

6.5. Array deletion

6.6. Bubble sort

6.7. Insertion sort

6.8. Searching

6.9. Text processing

6.10. Text comparision

6.11. Sub string

7. MATRICES AND CALCULUS.

7.1. unit 1

7.1.1. Introduction to matrices and calculus

7.2. unit 2

7.2.1. Differential equation.

7.3. UNIT 1

7.3.1. Intraduction to matrices.

7.3.2. Problems and types of matrices.

7.3.3. Inverse of matrices.

7.3.4. Problems on inverse of a matric.

7.3.5. Rank of matric.

7.3.6. Problems on rank of matric.

7.3.7. Consistency and inconsistency.

7.3.8. Normal form of matric.

7.3.9. Problems on normal form of matric.

7.3.10. Reduction form.

7.4. unit 2

7.4.1. Introduction to differential equation.

7.4.2. Formation of differential equation.

7.4.3. Rules for finding complementary function and particular integral.

7.4.4. Simultaneous differential equation with constant coeffients.

7.4.5. Application of differential equation.

7.4.6. Problems on differential equation integral. part 1

7.4.7. Problems on differential equation integral. part 2

7.4.8. Problems on differential equation integral. part 3

7.4.9. Problems on differential equation integral. part 4

7.5. unit 3

7.5.1. Linear differentials.

7.6. unit 3

7.6.1. Introduction to 1st order linear differential equation.

7.6.2. Second order differential equation.

7.6.3. Particular integral. part 1

7.6.4. Particular integral. part 2

7.6.5. Particular integral. part 3

7.6.6. Particular integral. part 4

7.6.7. Particular integral. part 5

7.6.8. Variation of parameters.

7.6.9. Linear differential equation with variable coefficient.

7.7. unit 4

7.7.1. Definite integrals.

7.8. unit 4

7.8.1. Definition to integration.

7.8.2. Evaluation of integrals using substitution method.

7.8.3. Definite integrals.

7.8.4. Evaluation of definite integrals using properties. part 1

7.8.5. Evaluation of definite integrals using properties. part 2

7.8.6. Reduction formula. part 1

7.8.7. Reduction formula. part 2

7.8.8. Application of definite integrals.

7.9. unit 5

7.9.1. Empirical law and curve fitting

7.10. unit 5

7.10.1. Introduction of curve fitting.

7.10.2. Method of group average.

7.10.3. Problems in the method of group average.

7.10.4. Principles of least square fitting of other curves.

7.10.5. Method of moment.

7.10.6. Fitting of parabola and other curves.

7.10.7. Problems of fitting of the parabola.

7.10.8. Problems of curve fitting.

7.11. BCA SEMISTER 1

7.12. BCA SEMISTER 2

7.12.1. INFERENTIAL DISCRETE MATHEMATICS.

7.12.2. PROGRAMMING IN C++

7.12.3. DIGITAL LOGICAL CIRCUITS AND MICROPROCESSORS

7.12.4. ENGLISH

7.12.5. MANAGEMENT ACCOUNTING.