C Programming and Problem Solving in C.

Course Curriculum

Chapter 1: 1- Overview of Computers and Programming

Lecture 1: 1.0 Overview of the Overview

Lecture 2: 1.1 Electronic Computers then and Now

Lecture 3: 1.2 Computer Hardware

Lecture 4: 1.3 Computer Software

Lecture 5: 1.4 The Software Development Method

Lecture 6: 1.5 An Example for the Software Development Method

Chapter 2: 2- Overview of C

Lecture 1: 2.1 C Language Elements

Lecture 2: 2.2 Naming User-Defined Identifiers and Variables

Lecture 3: 2.3 Data Types (int and double)

Lecture 4: 2.4 Data Type (char) and ASCII Codes

Lecture 5: 2.5 Executable Statements : Assignment Statements

Lecture 6: 2.6 Executable Statements : printf function

Lecture 7: 2.7 Executable Statements : scanf function

Lecture 8: 2.8 The "Return" Statement

Lecture 9: 2.9 General Form of a C Program

Lecture 10: 2.9.1 TASK 1

Lecture 11: 2.9.2 TASK 2

Lecture 12: 2.10 Arithmetic Expressions (+, -, *, /, %)

Lecture 13: 2.11 Mixed-Type Assignment Statement

Lecture 14: 2.12 Type Conversion

Lecture 15: 2.13 Multiple Operators

Lecture 16: 2.14 Formatting Numbers in Program Output

Lecture 17: 2.15.1 TASK 3

Lecture 18: 2.15.1 TASK 4

Lecture 19: 2.15.1 TASK 5

Lecture 20: 2.15.1 TASK 6

Lecture 21: 2.15.1 TASK 7

Lecture 22: 2.15.1 TASK 8

Chapter 3: 3 – Control Flow

Lecture 1: 3.1 Control Structures

Lecture 2: 3.2 Logical Operators

Lecture 3: 3.3 Operator Precedence

Lecture 4: 3.4 Short Circuit Evaluation

Lecture 5: 3.5 Writing English Conditions in c

Lecture 6: 3.6 Comparing Characters

Lecture 7: 3.7.1 Example Control Flow

Lecture 8: 3.7.2 Example Control Flow

Lecture 9: 3.8 If – Else Statement

Lecture 10: 3.9.1 Example If -Else -1

Lecture 11: 3.9.2 Example If -Else -2

Lecture 12: 3.9.3 Example If -Else -3

Lecture 13: 3.9.4 Example If -Else -4

Lecture 14: 3.9.5 Example If -Else -5

Lecture 15: 3.9.6 Example If -Else -6

Lecture 16: 3.10 Switch Case

Chapter 4: 4 – Loops

Lecture 1: 4.1 Intro to Loops

Lecture 2: 4.2 While Loop

Lecture 3: 4.3.1 TASK – 16

Lecture 4: 4.3.2 TASK – 17

Lecture 5: 4.3.3 TASK – 18

Lecture 6: 4.3.4 TASK – 19 and 20

Lecture 7: 4.3.5 TASK – 21

Lecture 8: 4.4 For Loop

Lecture 9: 4.5 Increment and Decrement Operators

Lecture 10: 4.6.1 TASK – 22

Lecture 11: 4.6.2 TASK – 23

Lecture 12: 4.6.3 TASK – 24

Lecture 13: 4.6.4 TASK – 25

Lecture 14: 4.6.5 TASK – 26

Chapter 5: 5- Functions

Lecture 1: 5.1 Idea behind Functions through an example

Lecture 2: 5.1.2 Idea Behind Functions through another example

Lecture 3: 5.2 Math.h Library (abs, fabs, ceil and floor functions)

Lecture 4: 5.2.1 Math.h Library (sin, cos, tan functions)

Lecture 5: 5.2.2 Math.h Library (exp, log10x, logx, pow and sqrt functions)

Lecture 6: 5.3 Example for Math.h Library

Lecture 7: 5.4 Functions without Arguments

Lecture 8: 5.4.1 Example – Functions without Argument – 1

Lecture 9: 5.4.2 Example – Functions without Argument – 2

Lecture 10: 5.5 Functions with Arguments

Lecture 11: 5.5.1 Example – Functions with Arguments – 1

Lecture 12: 5.5.2 Example – Functions with Arguments – 2

Lecture 13: 5.6.1 TASK – 1

Lecture 14: 5.6.1 TASK – 2

Lecture 15: 5.6.1 TASK – 3

Lecture 16: 5.6.1 TASK – 4

Chapter 6: 6 – Arrays

Lecture 1: 6.1 Arrays in General

Lecture 2: 6.2 Printing Arrays and Taking Input Values for Arrays

Lecture 3: 6.3.1 TASK – 1

Lecture 4: 6.3.2 TASK – 2

Lecture 5: 6.3.3 TASK – 3

Lecture 6: 6.3.4 TASK – 4

Lecture 7: 6.3.5 TASK – 5

Lecture 8: 6.3.6 TASK – 6

Lecture 9: 6.3.7 TASK – 7