Programming In C Ppt By Balaguruswamy | 2K 2026 |

Functions that call themselves, illustrated with classic examples like factorials or Fibonacci sequences. 10. Structures and Unions

This section shifts the focus from static syntax to dynamic logic, teaching students how programs interact with users and make decisions. Key Presentation Topics:

The hallmark of a Balaguruswamy-inspired PPT is the use of clear flowcharts. programming in c ppt by balaguruswamy

Every concept is backed by a snippet of code.

: As static slides, they don't provide the interactive debugging or execution experience found in modern online tutorials or IDE-integrated courses. and maintainable C programs

Arithmetic, Relational, Logical, Assignment, Increment/Decrement, Conditional (Ternary), Bitwise, and Special Operators.

| Chapter | Module Title | Key Topics Covered | | :--- | :--- | :--- | | | Introduction to Computing | Fundamentals of computers, hardware, software, algorithms, and programming paradigms. | | 2 | Overview of C | History of C, its importance, basic program structure, and the compilation process. | | 3 | Constants, Variables, and Data Types | C's fundamental data types (int, float, char), constants, variables, and storage classes. | | 4 | Operators and Expressions | Arithmetic, relational, logical, bitwise, and assignment operators, operator precedence, and expression evaluation. | | 5 | Managing Input and Output Operations | Using formatted I/O functions like printf() and scanf() . | | 6 | Decision Making and Branching | if , if-else , nested if , switch statements, and the conditional operator. | | 7 | Decision Making and Looping | while , for , and do-while loops. | | 8 | Arrays | Single and multi-dimensional arrays, arrays of structures. | | 9 | Character Arrays and Strings | Character arrays, string handling, standard library functions for strings. | | 10 | User-Defined Functions | Function declaration, definition, calling, parameter passing (call by value/reference), and recursion. | | 11 | Structures and Unions | User-defined data types, creating and using structures/unions, self-referential structures. | | 12 | Pointers | Pointer fundamentals, arithmetic, dynamic memory allocation, pointers and arrays, strings, functions, and structures. | | 13 | File Management in C | Basic file operations: opening/closing, reading/writing data, random access. | | 14 | Dynamic Memory Allocation and Linked Lists | malloc() , calloc() , free() , and the creation and manipulation of linked lists. | | 15 | The Preprocessor | Preprocessor directives like #include , #define , #undef , and conditional compilation. | | 16 | Developing a C Program: Some Guidelines | General rules for writing clean, efficient, and maintainable C programs, debugging and testing tips. | | Appendices | Additional Resources | Includes ANSI C library functions, projects, newer C standards (C99, C11, C23), and graphics programming. | newer C standards (C99

This section introduces contiguous memory tracking and composite structures handling homogeneous datasets. Key Slide Concepts

Highlight #include , main() , and the use of curly braces. Character Set and Keywords: List the 32 standard keywords. 2. Constants, Variables, and Data Types

Looping structures teach iterative execution, exit conditions, and algorithmic loops. Key Slide Concepts

Challenge: Do not trust the slide. Type the code into a C compiler (GCC or Turbo C). See if the output matches the slide. This active recall solidifies the concept of precedence and associativity.