Basics of Programming: For complete beginner

install Turbo C++ on Windows by downloading the setup, uninstalling any existing versions, extracting the zip, running the installer, and learning essential shortcuts to create and run projects.

Download and install the Code Blocks IDE on Windows, Linux, or Mac; learn to download the binary release, run the installer, and accept the license to use the C/C++ compiler.

Learn the significance of the #include directive and header files, understand single and multi-line comments, and master the main function with printf and return behavior in C programming.

Begin your first C program by printing your name with printf. Include stdio.h, define main, and follow the syntax to display your name on the output screen.

Set up double C++ and write your first C program that prints your name using stdio.h and printf, then run it and manage output visibility.

The session demonstrates a simple C program in CodeBlocks that prints your name on the output screen, using stdio.h and a main function, then saving and running with zero warnings.

Master keywords and data types in C, covering primitive types (integer, float, character), derived types like arrays, and user-defined structures, with memory concepts and ASCII values explained.

Explore constants and variables in C: declare and initialize integer, real, character, and string constants; distinguish global versus local scope and lifetime for variables.

Learn how the enum data type in C defines a user defined set of integral constants, like false and true, with automatic values starting from zero.

Explore printf and scanf syntax for input and output in C using the stdio.h library. Learn format specifiers, printing, scanning, and using ampersands to store values.

Learn how to declare and initialize variables and constants in C, display their values, and read user inputs to print updated results in a two-part program.

Demonstrates declaring variables and constants, printing and scanning values with printf and scanf, and defining constants using #define and const in C programming.

Explore the types of C operators including arithmetic, increment/decrement, logical, relational, bitwise, assignment, and miscellaneous operators, plus size, address, pointers, conditional expressions, and operator precedence.

Practice swapping two numbers in C by including headers, declaring two variables, initializing or reading values, and printing results before and after the swap.

Demonstrates swapping two integer values in a C program using a temporary variable, showing input, before-swap and after-swap outputs with a simple, step-by-step implementation.

Explore how a C program begins at main, executes statements sequentially, and uses control statements, including decision making, looping, and branching, to alter the flow.

Explore how decision making statements control program flow in C, focusing on if statements (including nested if), switch statements, and the conditional operator, with syntax and true/false execution.

Learn how to implement if-else statements in C programming from scratch, using blocks of instructions based on a condition, demonstrated through an even or odd example and the if-else syntax.

Learn nested if statements and the else-if ladder in C, with examples of range checks and a sine-based positive, negative, or zero classification.

This lecture shows building a C program that evaluates simple two-number expressions using an else-if ladder for +, -, *, and /, printing the result with two decimals.

Learn how switch statements replace nested if-else to simplify multi-branch logic in C, with syntax, break usage, and default handling, plus a calculator example for +, -, *, /.

Master the conditional operator in C by understanding its syntax and how the condition evaluates to choose max value, illustrating its use as an if-else compared with switch.

Understand looping in c programming as executing statements repetitively to avoid writing code many times, and see how while, do-while, and for loops, including nested for loops, reduce complexity.

Learn the while loop syntax and test-at-beginning behavior in C programming. See how the loop executes while the expression is true and exits when false, with i-based examples.

Explore the do-while looping statement, which executes the block first and then tests the condition, guaranteeing at least one execution, contrasted with while, illustrated by a hello world example.

Explain the for loop in c programming, detailing initialization, condition, and modification; show an example printing numbers 1 to 4 and discuss multiple expressions.

Decide between while and for based on entry versus exit conditions and whether the repetition count is known, and include do while when you need at least one execution.

Declare the input number and factorial result in the main function, include the header, use a loop to multiply down to 1, and display the result.

Demonstrate calculating the factorial of a given number in c using a for loop, initializing fact to 1, taking input, and printing the result.

design and implement a menu driven calculator in C by declaring variables, taking two operands and an operator, using a switch to perform chosen operations, and displaying the result.

learn to build a c calculator from scratch using a switch menu for add, subtract, multiply, and divide, with printf and scanf and two-decimal output.

Explore nested loops in c programming, and master break and continue statements, learning how break exits the inner loop and continue skips to the next iteration.

Explore macros in C by distinguishing object-like and function-like macros, using #define for symbolic constants, and understanding how the preprocessor expands tokens such as buffer size and circle area.

Explore object-like and function-like macros in C by examining a sample program that defines pi as 3.1415, demonstrates macro expansion, and computes circle area.

Master C programming by learning library and user defined functions, their return types, names, arguments, and how control transfers from main to a called function and back.

Master function prototyping, declaration, and calling in C, including the return type, function name, and argument list. Distinguish formal versus actual arguments and learn why nested functions are not allowed.

Explore arrays in C programming from scratch by learning what an array is, how to declare and initialize it, zero-based indexing, memory layout, and size management with symbolic constants.

Learn to declare, initialize, and work with arrays in C, using for loops and symbolic constants, then explore two-dimensional arrays with rows and columns and element printing.

Sum all elements of an array in challenge six of C programming from scratch by writing a program that uses a loop and displays the result.

Demonstrates adding all elements of an integer array by prompting user input, using a for loop to collect values and another loop to accumulate the sum, then print.