Exploring the JavaScript Math Object for quick calculations

💡 Exploring JavaScript Math methods! I’ve shared a demo that shows how to: Round numbers and find ceilings/floors (Math.round(), Math.ceil(), Math.floor()) Generate random numbers (Math.random()) Find max/min values from a set (Math.max(), Math.min()) Perform power and square root calculations (Math.pow(), Math.sqrt()) Check out the full demo on GitHub: 🔗 https://lnkd.in/ds2Fqqxw #JavaScript #FullStack #100xDevs #WebDevelopment #Coding #100DaysOfCode

📦 Day 38 — Arrays and Objects in JavaScript Today at Sheryians Coding School Cohort 2.0, I explored two of the most powerful data structures in JavaScript — Arrays and Objects. 💻✨ Here’s what we covered in class: ✅ Creating and accessing arrays ✅ Array methods like push(), pop(), shift(), unshift(), and length ✅ Looping through arrays using for and forEach ✅ Understanding objects — key–value pairs and how they store structured data ✅ Accessing and modifying object properties ✅ Combining arrays and objects for real-world examples Takeaway: Arrays and objects are the core of how JavaScript handles data. Learning them properly feels like unlocking the building blocks of every real-world project. 🚀 #Day38 #ShreyiansCodingSchool #Cohort2 #JavaScript #Arrays #Objects #FrontendDevelopment #CodingJourney #LearnByDoing #WebDevelopment

Day 28 - Cohort 2.0! Sheryians Coding School Understanding JavaScript Data Types. This session was all about exploring the core data types in JavaScript. Like float, number, string, boolean, null, array, object, symbol, undefined, NaN, Infinity and understanding the difference between primitive and reference types. These concepts form the foundation of every JavaScript program, helping us store, compare, and manage data effectively. Harsh Vandana Sharma Bhaiya explained everything so well Every day, the journey into JavaScript gets more exciting and insightful. #SheryiansCodingSchool #JavaScript #WebDevelopment #LearningJourney #Frontend #Coding

Day 3 – JavaScript Loops Practice In this task, I practiced different types of JavaScript loops — for, while, do...while, and for...of — to understand how iteration works in programming. I applied loops to solve small problems like counting numbers, iterating over arrays, and displaying patterns in the console. This practice improved my logic-building skills, debugging techniques, and understanding of flow control in JavaScript. Key Learning Areas: Difference between for, while, and do...while loops Using loops with arrays and objects Avoiding infinite loops and understanding loop conditions Real-time testing using console.log() #JavaScript #WebDevelopment #FrontendLearning #CodingChallenge #Loops #CodingJourney #WomenInTech #100DaysOfCode

"Just wrapped up #100Devs Class 31 by @LeonNoel: ‘Inheritance & Polymorphism in JavaScript’! 🚀 Dived deep into OOP concepts like encapsulation, abstraction, inheritance, and polymorphism, with hands-on examples and practical code walkthroughs. Learning how to write scalable, maintainable JS by using classes, constructors, and the power of object-oriented paradigm. Shubham Kumar Singh.

Count the Number of Digits - JavaScript Logic Simplified 👉 Day 24 / Day 93👈 👉 Find how many digits a number has — without converting it to a string? 1️⃣ Handle 0 as a special case — it has 1 digit. 2️⃣ Use Math.abs() to support negative numbers. 3️⃣ Repeatedly divide the number by 10 until it becomes 0, increasing the counter each time. 💡 Example: 👉 23453 → 2345 → 234 → 23 → 2 → 0 ✅ Total digits = 5 #JavaScript #CodingTips #WebDevelopment #FrontendDeveloper #LearnToCode #ProgrammingLogic #CleanCode #ProblemSolving #100DaysOfCode #TechCommunity #CodeNewbie #Algorithms

🗓️ Day 21 of JS Series by Rohit Negi 📔 What I Learned: ✅ What a prototype is ✅ How the prototype chain works ✅ The concept of inheritance using prototypes ✅ How JavaScript can provide property and method suggestions even if they aren’t explicitly defined (because of the prototype chain) ✅ In JavaScript, almost every data type (except null and undefined) is derived from the Object type ✅ Learned the basics of OOP (Object-Oriented Programming) concepts in JavaScripttype (except null and undefined) is derived from the Object type. ✅ Learn Oops concept #JavaScript #WebDevelopment #LearnInPublic 

🚀Day 35 of Cohort2.0 Today's class was about deep dive in functions of JS with Harsh Vandana Sharma at Sheryians Coding School I've learned: 1️⃣. Types of parameters(required, destructured, rest, default) 2️⃣. Typea of arguments (Default, positional, spread) 3️⃣. Scope chain, Immediately invoked function expression(IIFE) 4️⃣. Types of functions (anonymous functions, nested functions, Higherorder functions, callback, first class) #responsiveness #responsivedesig #css #scss #html #Cohort2 #webdevelopment #Javascript

This session was all about making our JavaScript code think and decide the real start of programming logic We explored: 1. Operators - how JavaScript performs calculations, comparisons & logical checks 2. Type Casting - how data changes from one type to another (and how it can silently break logic 😅) 3. Loops - for, while, do-while to make our code repeat smartly 4. Conditional Statements - if, else, switch to make our code make decisions Students started realizing how programming is not about syntax… It’s about teaching the computer to think logically 🧠 I always say: “When you master loops and conditions, you stop memorizing code and start understanding logic.” Excited to see how my learners are growing day by day and building real logic foundations #JavaScript #MERN #FullStack #CodingBootcamp #ProgrammingLogic #LearnToCode #WebDevelopment #TrainerLife

Day 23/90 – 90 Days DSA Challenge Today I practiced another classic recursion problem — Sum of first N natural numbers using recursion 💡 🧠 Concept Recap: Recursion is when a function calls itself with a smaller input until it reaches a base condition. It’s like peeling an onion layer by layer — until you reach the core 🧅 ⚙️ Problem Statement: 👉 Write a function sum(n) that calculates the sum of the first n natural numbers. 🧩 Example: Input: 5 Process: 5 + 4 + 3 + 2 + 1 = 15 Output: 15 Time Complexity: O(n) 💾 Space Complexity: O(n) (due to call stack) ✨ Key takeaway: Recursion helps break down complex problems into smaller, simpler ones — it’s elegant, powerful, and mind-opening once you get the hang of it! #Day23 #DSA #Recursion #JavaScript #CodingChallenge #MechCode #LearningInPublic #FrontendDeveloper #CodeEveryday