I've been learning Python Built my first real-world Python program 🚀 As a beginner, I tried solving a practical problem: Electricity Bill Calculation Here’s the logic I used: * Units <= 100 → ₹5/unit * Units 101–200 → ₹7/unit * Units > 200 → ₹10/unit 💻 Code: ```python units = int(input("Enter units: ")) if units <= 100: bill = units * 5 elif units <= 200: bill = (100 * 5) + (units - 100) * 7 else: bill = (100 * 5) + (100 * 7) + (units - 200) * 10 print("Total Bill:", bill) ``` 📌 What I learned: Real-world problems make coding more interesting and practical. Next: Building more mini projects 🔥 #Python #Coding #BeginnerProject #Programming #Learning I'm really enjoying this journey
Learning Python with Real-World Electricity Bill Calculation Project
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🚀 Mini Project #5 – Rent Calculator (Python) Built a simple Rent Calculator using Python that helps roommates split expenses easily. The program takes inputs like rent, food cost, electricity usage, electricity charge per unit, and number of people, then calculates how much each person needs to pay. This project helped me practice Python basics, user input handling, variables, and arithmetic operations while solving a real-life problem. Small projects like this are a great way to strengthen programming fundamentals and improve logical thinking. #Python #MiniProject #Coding #Programming #Learning #PythonProjects
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Guess the programming language which is becoming the glue of energy sector? Ans: Python Here is why? 1. Protyping is fast 2. Great for analytics 3. Good ecosytem for forecasting 4. Works well with C++/Fortarn through bindings 5. Perfect for automation Python accelerates development where C++ is bit slow and Fortran is too rigid.
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🚀 Understanding Armstrong Numbers in Python Today, I explored the concept of Armstrong Numbers and implemented a simple Python program to check whether a number satisfies this property. 🔍 What is an Armstrong Number? An Armstrong number is a number that is equal to the sum of its digits raised to the power of the total number of digits. 👉 Example: For 153 Digits → 1, 5, 3 Calculation → 1³ + 5³ + 3³ = 1 + 125 + 27 = 153 ✅ 💻 What this code does: Takes a number (e.g., 153) Extracts each digit using modulus and division Raises each digit to the power of total digits Adds the result to compute the sum Compares the sum with the original number Prints whether it is an Armstrong number or not 🧠 Key Concepts Used: While Loop Modulus Operator (%) Integer Division (//) Basic Mathematics Logic 📌 Learning Outcome: This small program helped me strengthen my understanding of: Number manipulation in Python Loop-based problem solving Writing clean logic for mathematical problems 💡 Next Step: Planning to extend this logic to check Armstrong numbers in a given range! #Python #Coding #100DaysOfCode #Programming #Learning #ComputerScience #Developers #CodingJourney
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I’ve been spending time learning different programming languages and starting to see how each one is useful in different situations. Python has been great for quick scripts and simple projects. C++ helped me understand performance and how things work at a lower level. SQL introduced me to working with databases and handling real data. Still learning, but it’s been interesting to see how each language solves problems in a different way. Looking forward to building more projects and improving my skills. What’s your favorite programming language? #Programming #Python #CPP #SQL #ComputerScience #Coding #Learning #SoftwareEngineering
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🚀 Day 2 of my Python Learning Journey! Today I focused on Control Flow (Conditional Statements) and learned how programs make decisions 🤯 📌 Topics Covered: ✅ if, else, elif statements ✅ Nested conditions ✅ Short-hand if-else ✅ match-case (Python switch alternative) 💻 Practice Programs: ✔️ Check even or odd number ✔️ Find largest among 3 numbers ✔️ ATM withdrawal system ✔️ Age-based conditions Understanding logic building is the most important step in programming 🔥 Every day I’m getting closer to becoming a better developer 💻 👉 Consistency + Practice = Growth If you're learning too, let’s connect and grow together 🤝 #Day2 #PythonJourney #LearnInPublic #CodingJourney #Programming #Python #DeveloperLife #ProblemSolving #TechLearning #Consistency
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An interactive, browser-based application designed to help learners test and reinforce their Python fundamentals. 📚 100 original questions (Multiple Choice + True/False) 🎯 10 randomized questions per test 💡 Instant feedback with explanations after every answer 🤖 Optional AI explanations powered by Gemini 2.5 Flash 📊 Test history and performance statistics 📄 PDF export of all questions with answers 🔐 License-protected — one device per purchase Topics covered: variables, data types, control flow, functions, OOP, data structures, exceptions, lambda, generators, decorators and more. Available now for $4.99 👉 https://lnkd.in/dufTgMsm #Python #PythonProgramming #MemiCraft #EdTech #ExamPrep #LearnToCode #SoftwareDevelopment #Programming
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🐍 50 Python Pattern Programs — Master the Logic Behind Every Shape! Whether you're a beginner or brushing up your fundamentals, pattern programs are one of the best ways to sharpen your loop logic and problem-solving skills in Python. Here's a quick peek at what's inside: ✅ Right Angle & Inverted Triangles ✅ Pyramid & Inverted Pyramid Patterns ✅ Diamond & Hollow Diamond Shapes ✅ Floyd's Triangle & Pascal's Triangle ✅ Butterfly, Hourglass & Zigzag Patterns ✅ Checkerboard, Cross & Hollow Circle ✅ Number, Star & Parallelogram Patterns ✅ ...and much more — all the way up to 50 unique patterns! 💡 Each pattern comes with clean, beginner-friendly Python code and a visual output so you can see exactly what you're building. These aren't just exercises — they train your brain to think in rows, columns, conditions, and nested loops, skills that directly translate to real-world coding challenges. 🔖 Save this post so you never lose access to this resource! 🚀 Drop a ⭐ in the comments if you found this helpful — it encourages me to keep sharing more! 👉 Follow Abhay Tripathi for more tech updates, coding materials, and daily programming insights! #Python #Programming #CodingChallenge #LearnToCode #PythonPatterns #100DaysOfCode #CodeNewbie #SoftwareDevelopment #TechLearning #PythonProgramming
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Day 27- Mini Project – Python Modules in Action As part of my ongoing learning in Python, I developed a mini project to explore the practical use of modules in building interactive applications. 🔹 Text-to-Speech Converter Implemented a program using the pyttsx3 module to convert text into speech, demonstrating how external libraries can enhance application functionality. 🔹 Simple Chatbot with Voice Response Designed a basic chatbot that: • Accepts user input • Extracts and uses the user's name • Generates a greeting response • Converts the response into speech This project helped me strengthen my understanding of: ✔️ Working with Python modules ✔️ String manipulation techniques ✔️ Basic chatbot logic ✔️ Integrating multiple features into a single application Overall, this hands-on exercise reinforced the importance of modular programming and building user-interactive systems. I look forward to applying these concepts in more advanced projects ahead. -> Github Link : https://lnkd.in/gurYq_jh #Python #SoftwareDevelopment #Modules #Chatbot #TextToSpeech #Programming #LearningJourney Codegnan BhanuTeja Garikapati Saketh Kallepu
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📘 Python Learning – Day 9 Highlights 🐍 Today’s class introduced Object-Oriented Programming (OOP) concepts 👇 🔹 Class & Object: Class = blueprint, Object = real instance created from it 🔹 Creating Classes & Objects: Learned how to define a class and create multiple objects 🔹 __init__ Method (Constructor): Automatically runs when an object is created to initialize data 🔹 Attributes & Methods: ✔ Attributes → object data (name, age) ✔ Methods → functions inside class 🔹 Method Calling: Using object.method() to perform actions 🔹 Practice Examples: ✔ Student info system ✔ Bank account (deposit & balance) ✔ Simple class-based calculator 💡 Example: obj = ClassName() → creates an object Understanding how real-world concepts map into code step by step 🚀 #Python #OOP #Programming #Coding #LearningJourney #Beginner #TechSkills
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📚 Day 30/130 — Python Variables Today in my Python Programming Series, let’s understand one of the most important basics 👇 🔹 What is a Variable? A variable is a container used to store data values in a program. 🔹 Simple Understanding: 👉 Variable = Name that stores a value 🔹 Example: x = 10 name = "Gowthami" 👉 Here, "x" stores a number and "name" stores text 🔹 Rules for Variables: • Must start with a letter or underscore (_) • Cannot start with a number ❌ • No spaces allowed • Case-sensitive (name ≠ Name) 🔹 Types of Values Stored: • Integer → 10 🔢 • String → "Hello" 📝 • Float → 3.14 📊 • Boolean → True/False ✅ 🔹 Why Variables are Important? • Store data for reuse • Make programs dynamic • Improve readability 🔹 Key Idea: 👉 Variables help us store and use data easily in programs 📊See the diagram below for better understanding 📌 Tomorrow’s Topic: 👉 Python Data Types #Python #Programming #Coding #TechLearning #LearningInPublic #Students #Developer #100DaysOfCode
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