Lecture 1.1 Basic Model of computation, Algorithms

Lecture 1.2 Flowcharts, Programming Languages, compilation

Lecture 1.3 Testing & Debugging and Documentation

Lecture 2.1 Exchanging Values Of Two Variables

Lecture 2.2 Decimal Base to Binary Base conversion

Lecture 2.3 Reversing Digits of An Integer, GCD

Lecture 2.4 Factorial Computation, Fibonacci Sequence

Lecture 2.5 Evaluate ‘sin x’ as sum of a series

Lecture 2.6 Reverse order of elements of an array

Lecture 2.7 Print Elements of Upper Triangular Matrix

Lecture 3.1 Character set, Variables and Identifiers

Lecture 3.2 Built-in Data Types, Variable Definition

Lecture 3.3 Constants and Literals, Simple assignment statement

Lecture 3.4 Basic input/output statement

Lecture 4.1 Decision making within a program, Conditions, Relational Operators

Lecture 4.2 Loops: while loop, do while, for loop, Nested loops

Lecture 4.3 Switch statement, structured Programming

Lecture 5.1 One dimensional arrays

Lecture 5.2 Transpose of a square matrix

Lecture 5.3 Nul terminated strings as array of characters

Lecture 5.4 Standard library string functions

Lecture 6.1 Top-down Approach of Problem Solving

Lecture 6.2 Modular Programming and Functions, Function Parameters

Lecture 6.3 Prototype of a function

Lecture 6.4 Passing arguments to a Function

Lecture 7.1 Concept of Files

Lecture 7.2 File opening in various modes and closing of a file

Lecture 7.3 Reading from a file, Writing onto a file

Lecture 8.1 Scope and extent, Storage Classes in a single source file

Lecture 8.2 Storage Classes in a multiple source files

Lecture 8.1 Structure variables, initialization, structure assignment

Lecture 8.2 structures and arrays:

Lecture 8.1 Address operators, pointer type declaration

Lecture 8.2 Functions and pointers, Arrays and Pointers

Lecture 8.1 Creation of a singly connected linked list

Lecture 8.2 Insertion into a linked list