Description:This program calculates the factorial of a number. Factorial is a basic concept in mathematics where the product of all positive integers up to a number is calculated. It uses a for loop to perform repeated multiplication and also demonstrates how to handle errors for invalid inputs (negative numbers). Usage:The user inputs a positive integer,
Problem Statement: Write a C program to reverse a given string. Description:This program demonstrates string manipulation in C. It uses strlen() to determine the length of a string and a for loop to reverse the string by swapping characters. The program also introduces arrays and string handling. Usage:The user inputs a string, and the program
Problem Statement: Write a C program to find the largest of three numbers. Description:This program compares three numbers using a series of if-else conditions to determine which number is the largest. It showcases how to use logical conditions to compare values. Usage:The user enters three integers, and the program outputs the largest number among them.
Problem Statement: Problem Statement: Write a C program to check whether a given number is even or odd. Description:This program checks whether an entered number is even or odd using the modulus operator (%). It introduces conditional statements (if-else) to control the program’s flow based on the result of the condition. Usage:After entering an integer,
Problem Statement: Write a C program to find the sum of two numbers input by the user. Description:This program demonstrates how to take input from the user using scanf(), perform basic arithmetic operations (addition in this case), and display the result using printf(). It helps beginners understand variables and arithmetic in C. Usage:The user enters
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This hands-on, beginner-to-advanced course is designed for students, electronics hobbyists, and engineers who want to learn how to simulate real-world circuits using LTspice.Instead of just theory, you’ll build, test, and analyze circuits inside LTspice, an industry-standard simulation tool used across academia and industry. By the end of this course, you’ll be able to simulate analog,
This beginner-friendly course is designed for students, hobbyists, and aspiring makers who want to learn Arduino programming by building real circuits and writing real code. Just like in a real electronics lab, you’ll connect components, upload sketches, and make things move, blink, and respond. Whether you’re working on your first project, preparing for college lab
This beginner-friendly course is designed for students and aspiring programmers who want to learn C programming by doing. Instead of long lectures and dry theory, you’ll write real code from Day 1. Every lesson is hands-on, built with short instructions, real examples, and instant challenges — just like how you’d learn in a coding bootcamp
