C Programming Syllabus details and with their marks distribution

Course Objectives:

To Get Knowledge about Programming language and familiar with the Computer programming language. And Also Concept For solving computer base problems with High-level programming Language.

From Chapter 1,2 - 8 marks
From Chapter 3,4 - 8 marks
From Chapter 5 - 10 marks
From Chapter 6 - 8 marks
From Chapter 7 - 10 marks
From Chapter 8 - 8 marks
From Chapter 9 - 8 marks
From Chapter 10 - 8 marks
From Chapter 11 - 12 marks

Note:- These marks may be changed.

1) Overview of Computer software & Programming Language ( 2 h | ~8 Marks )

1. System Software
2. Application Software
3. General Software Features and recent trends
4. Generation of Programming languages
5. Categorization of High-level languages

2) Problems solving Using Computer ( 2 h | ~8 Marks )

1. Problem Analysis
2. Algorithm development and flowchart
3. Compilation and Execution
4. Debugging and testing
5. Programming Documentation

3) Introduction To 'C' Programming ( 3 h | ~8 Marks )

1. Character set, keywords, and Datatypes
2. Preprocessor Directives
3. Constants and Variables
4. Operators and Statements

4) Input and Output ( 2 h | ~8 Marks )

1. Formatted Input/Output
2. Character Input/Output
3. Programs using Input/Output Statements

5) Control Statements ( 6 h | 10 Marks )

1. Introduction
2. The goto, if, if...else, switch statements
3. The while, do...while, for statements

6) User-Defined Functions ( 4 h | 8 Marks )

1. Introduction
2. Function definition and return statement
3. Function Prototypes
4. Function Invocation, Call by value and call by reference, Recursive Function

7) Arrays and Strings ( 6 h | 10 Marks )

1. Defining an Array
2. One-dimensional Array
3. Multi-dimensional Arrays
4. Strings and string manipulation
5. Passing Array and String to function

8) Structures ( 4 h | 8 Marks )

1. Introduction
2. Processing a structure
3. Arrays of structures
4. Arrays within structures
5. Structures and Functions

9) Pointers ( 4 h | 8 Marks )

1. Introduction
2. Pointer Declaration
3. Pointer Arithmetic
4. Pointer And Array
5. Passing Pointers to a Function
6. Pointers and Structures

10) Data Files ( 4 h | 8 Marks )

1. Defining opening and closing a file
2. Input/Output operations on Files
3. Error handling during input/output operations

11) Programming Language: FORTRAN ( 8 h | 12 Marks )

1. Character set
2. Data Types, Constants and variables
3. Arithmetic Operations, Library Functions
4. Structure of  a Fortran program
5. Formatted and unformatted input/output statements
6. Control structure: Goto, Logical IF, Arithmetic IF, DO Loops
7. Arrays: one dimensional and two dimensional