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7. Build admin dashboard
8. Send order confirmation emails
9. Optimize for large menus
10. Deploy the application online
🎯 Learning Outcome
After this project you can:
Build a complete food ordering platform, integrate payments, manage carts and orders, develop secure REST APIs, design scalable databases, build responsive UIs, and deploy a production-ready full-stack app.
🚀 Project Enhancement Ideas
Multiple restaurant support, AI-powered dish recommendations, voice search, real-time tracking with WebSockets, PWA support, kitchen dashboard, inventory management, sales analytics, testing, CI/CD with GitHub Actions.
📁 Portfolio Value
This project showcases: Full-stack development, auth, CRUD, database design, payment integration, cart + order management, REST APIs, responsive UI/UX, and production deployment.
It's highly practical because it combines e-commerce + real business workflows. Great for full-stack developer roles.
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Now, let's understand the next web development project:
🚀 Project 11: Food Ordering Website
A Food Ordering Website simulates how modern restaurant and food delivery platforms work. It teaches you to build an e-commerce-style app with menus, carts, payments, order tracking, and user authentication.
Perfect for showing you can build scalable, user-friendly apps for real-world businesses.
🎯 Project Goal
Build a food ordering website where users can:
• 👤 Register and log in
• 🍕 Browse restaurant menus
• 🔍 Search food items
• 🛒 Add items to the cart
• 💳 Place online orders
• 📦 Track order status
• ⭐️ Rate and review food
• 📱 Access the website on any device
🛠 Technologies Used
Frontend: HTML5, CSS3, JavaScript, React
Backend: Node.js, Express.js
Database: MongoDB or MySQL
Authentication: JWT, bcrypt
Payment Gateway: Stripe, Razorpay
Deployment: Vercel for Frontend, Render/Railway for Backend, MongoDB Atlas
📂 Project Folder Structure
food-ordering/
│
├── client/
│ ├── components/
│ ├── pages/
│ ├── services/
│ ├── App.js
│ └── index.js
│
├── server/
│ ├── routes/
│ ├── controllers/
│ ├── models/
│ ├── middleware/
│ └── server.js
│
└── README.md
🎨 Application Flow
Home Page → Login / Register → Browse Menu → Add Items to Cart → Checkout → Payment → Order Confirmation → Track Order
📌 Key Features
1. User Authentication
Register, Login, Logout, Update Profile
Example API Routes: POST /api/auth/register, POST /api/auth/login
2. Home Page
Display Featured Restaurants, Popular Dishes, Food Categories, Search Bar, Special Offers
3. Menu Listing
Each food card shows: Food Image, Name, Description, Price, Rating, Add to Cart Button
4. Shopping Cart
Add items, remove items, update quantity, view total amount
Example:
const cart = [{ food:"Veg Pizza", price:12, quantity:2 }]
5. Checkout
Collect: Delivery Address, Contact Number, Payment Method, Delivery Instructions
Display: Order Summary, Taxes, Delivery Charges, Grand Total
6. Payment Integration
Support: Credit/Debit Cards, UPI, Net Banking, Wallets
After payment: Save order, generate order ID, show confirmation
7. Order Tracking
Status flow:
📝 Order Placed → 👨🍳 Preparing Food → 🚴 Out for Delivery → ✅ Delivered
8. Ratings & Reviews
Give 1–5 star ratings, write reviews, edit or delete your own reviews
9. Admin Dashboard
Add/edit/delete menu items, view orders, update order status, manage users
📱 Responsive Design
@media(max-width:768px){
.food-card{ width:100%; }
}
🌟 Bonus Features
Dark Mode, Favorite Foods, Discount Coupons, Live Delivery Tracking, Push Notifications, Scheduled Orders, Table Reservation, Loyalty Points, AI Food Recommendations, Live Chat Support
💻 Skills You'll Learn
React Components, React Router, State Management, Node.js, Express.js, MongoDB, JWT Authentication, CRUD Operations, REST API Development, Payment Gateway Integration, Responsive UI Design
📚 Key Challenges
1. Prevent duplicate orders
2. Calculate taxes and delivery charges
3. Secure payment processing
4. Coupon code validation
5. Handle unavailable menu items
6. Responsive checkout page
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+6
⌨️ 6 async/await Use Cases In JavaScript
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7. Build admin dashboard
8. Send order confirmation emails
9. Optimize for large menus
10. Deploy the application online
🎯 Learning Outcome
After this project you can:
Build a complete food ordering platform, integrate payments, manage carts and orders, develop secure REST APIs, design scalable databases, build responsive UIs, and deploy a production-ready full-stack app.
🚀 Project Enhancement Ideas
Multiple restaurant support, AI-powered dish recommendations, voice search, real-time tracking with WebSockets, PWA support, kitchen dashboard, inventory management, sales analytics, testing, CI/CD with GitHub Actions.
📁 Portfolio Value
This project showcases: Full-stack development, auth, CRUD, database design, payment integration, cart + order management, REST APIs, responsive UI/UX, and production deployment.
It's highly practical because it combines e-commerce + real business workflows. Great for full-stack developer roles.
@CodingCoursePro
Shared with Love➕
Double Tap ❤️ For More
Now, let's understand the next web development project:
🚀 Project 11: Food Ordering Website
A Food Ordering Website simulates how modern restaurant and food delivery platforms work. It teaches you to build an e-commerce-style app with menus, carts, payments, order tracking, and user authentication.
Perfect for showing you can build scalable, user-friendly apps for real-world businesses.
🎯 Project Goal
Build a food ordering website where users can:
• 👤 Register and log in
• 🍕 Browse restaurant menus
• 🔍 Search food items
• 🛒 Add items to the cart
• 💳 Place online orders
• 📦 Track order status
• ⭐️ Rate and review food
• 📱 Access the website on any device
🛠 Technologies Used
Frontend: HTML5, CSS3, JavaScript, React
Backend: Node.js, Express.js
Database: MongoDB or MySQL
Authentication: JWT, bcrypt
Payment Gateway: Stripe, Razorpay
Deployment: Vercel for Frontend, Render/Railway for Backend, MongoDB Atlas
📂 Project Folder Structure
food-ordering/
│
├── client/
│ ├── components/
│ ├── pages/
│ ├── services/
│ ├── App.js
│ └── index.js
│
├── server/
│ ├── routes/
│ ├── controllers/
│ ├── models/
│ ├── middleware/
│ └── server.js
│
└── README.md
🎨 Application Flow
Home Page → Login / Register → Browse Menu → Add Items to Cart → Checkout → Payment → Order Confirmation → Track Order
📌 Key Features
1. User Authentication
Register, Login, Logout, Update Profile
Example API Routes: POST /api/auth/register, POST /api/auth/login
2. Home Page
Display Featured Restaurants, Popular Dishes, Food Categories, Search Bar, Special Offers
3. Menu Listing
Each food card shows: Food Image, Name, Description, Price, Rating, Add to Cart Button
4. Shopping Cart
Add items, remove items, update quantity, view total amount
Example:
const cart = [{ food:"Veg Pizza", price:12, quantity:2 }]
5. Checkout
Collect: Delivery Address, Contact Number, Payment Method, Delivery Instructions
Display: Order Summary, Taxes, Delivery Charges, Grand Total
6. Payment Integration
Support: Credit/Debit Cards, UPI, Net Banking, Wallets
After payment: Save order, generate order ID, show confirmation
7. Order Tracking
Status flow:
📝 Order Placed → 👨🍳 Preparing Food → 🚴 Out for Delivery → ✅ Delivered
8. Ratings & Reviews
Give 1–5 star ratings, write reviews, edit or delete your own reviews
9. Admin Dashboard
Add/edit/delete menu items, view orders, update order status, manage users
📱 Responsive Design
@media(max-width:768px){
.food-card{ width:100%; }
}
🌟 Bonus Features
Dark Mode, Favorite Foods, Discount Coupons, Live Delivery Tracking, Push Notifications, Scheduled Orders, Table Reservation, Loyalty Points, AI Food Recommendations, Live Chat Support
💻 Skills You'll Learn
React Components, React Router, State Management, Node.js, Express.js, MongoDB, JWT Authentication, CRUD Operations, REST API Development, Payment Gateway Integration, Responsive UI Design
📚 Key Challenges
1. Prevent duplicate orders
2. Calculate taxes and delivery charges
3. Secure payment processing
4. Coupon code validation
5. Handle unavailable menu items
6. Responsive checkout page
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⭐ FREE TELEGRAM PREMIUM TRICK ⭐
FREE STARS TRICK
✈️ https://t.me/+wNX8ooAPoDM2NWE9
🚀 https://t.me/+wNX8ooAPoDM2NWE9
⭐️⭐⭐️🌟
🌟 Bonus Features
Upgrade your Survey Builder by adding:
🌙 Dark Mode
📷 Image-Based Questions
📎 File Upload Questions
🔒 Anonymous Responses
⏰ Survey Scheduling
📧 Email Invitations
🔔 Response Notifications
🌍 Multi-Language Support
🤖 AI Survey Question Suggestions
📊 Advanced Analytics Dashboard
💻 Skills You'll Learn
Dynamic Form Generation, React Components, State Management, CRUD Operations, REST API Development, Node.js, Express.js, MongoDB, Authentication, Data Visualization, Search & Filtering, Responsive UI Design
📚 Challenges
1. Create dynamic forms based on question types
2. Validate required questions
3. Prevent duplicate survey submissions
4. Build interactive analytics charts
5. Export reports in multiple formats
6. Support anonymous responses
7. Add survey expiration dates
8. Optimize performance for large surveys
9. Implement role-based access
10. Deploy the application online
🎯 Learning Outcome
After completing this project, you'll be able to:
Build dynamic form-based applications
Design flexible database schemas
Collect and analyze user responses
Visualize data using charts
Develop secure REST APIs
Create responsive dashboards
Build scalable full-stack applications
🚀 Project Enhancement Ideas
Once the basic version is complete, enhance it with:
AI-generated survey questions
Conditional questions show/hide based on previous answers
QR code sharing for surveys
Real-time response updates using WebSockets
Progressive Web App PWA
Team collaboration with shared surveys
Survey templates
Automated email reminders
Unit and integration testing
CI/CD pipeline using GitHub Actions
📁 Portfolio Value
This project showcases: Full-stack web development, Dynamic form creation, CRUD operations, Authentication and authorization, Database design, Data visualization, Dashboard development, REST API development, Responsive UI/UX, Production deployment
An Online Survey Builder is an excellent portfolio project because it demonstrates your ability to build data-driven applications with dynamic forms, analytics, and reporting—skills that are highly valued in modern web development roles.
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📍Frontend Development Basics
🔹 HTML (HyperText Markup Language)
⦁ The backbone of every webpage
⦁ Learn semantic tags like <header>, <section>, <article>
⦁ Structure content with headings, paragraphs, lists, links, and forms
🔹 CSS (Cascading Style Sheets)
⦁ Style your HTML elements
⦁ Master Flexbox and Grid for layout
⦁ Use Media Queries for responsive design
⦁ Explore animations and transitions
🔹 JavaScript (JS)
⦁ Make your site interactive
⦁ Learn DOM manipulation, event handling, and ES6+ features (let/const, arrow functions, promises)
⦁ Practice with small projects like a to-do list or calculator
🔹 Responsive Design
⦁ Mobile-first approach
⦁ Test layouts on different screen sizes
⦁ Use tools like Chrome DevTools for device emulation
🔹 Version Control
⦁ Learn Git basics: init, commit, push, pull
⦁ Host your code on GitHub
⦁ Collaborate using branches and pull requests
🧠 Pro Tip:
Build mini projects like a portfolio site, blog layout, or landing page clone. These help reinforce your skills and look great on GitHub.
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🌟 Bonus Features
Enhance your Image Gallery by adding:
🌙 Dark Mode
❤️ Likes and Reactions
💬 Comments
🏷️ Multiple Tags
📥 Download Images
📤 Share Images
🔄 Infinite Scrolling
🖼️ Slideshow Mode
🤖 AI Image Tagging
☁️ Cloud Backup
💻 Skills You'll Learn
Responsive CSS Grid, File Upload Handling, Image Optimization, CRUD Operations, React Components, REST API Development, Node.js, Express.js, MongoDB, Authentication, Search & Filtering, Cloud Storage Integration
📚 Challenges
1. Restrict unsupported file types
2. Compress images before uploading
3. Build an image lightbox with navigation
4. Implement category filtering
5. Optimize image loading with lazy loading
6. Add pagination or infinite scrolling
7. Generate image thumbnails automatically
8. Prevent duplicate uploads
9. Build a favorites section
10. Deploy the application online
🎯 Learning Outcome
After completing this project, you'll be able to:
• Build responsive image galleries
• Handle file uploads securely
• Optimize image loading and performance
• Integrate cloud storage
• Create responsive user interfaces
• Build scalable media-based applications
🚀 Project Enhancement Ideas
After completing the basic version, upgrade it with:
• AI-powered image search using image recognition
• Drag-and-drop uploads
• EXIF metadata display
• Image editing tools crop, rotate, resize
• Albums and collections
• Multi-user shared galleries
• Progressive Web App (PWA)
• Automatic image compression and CDN integration
• Unit and integration testing
• CI/CD pipeline using GitHub Actions
📁 Portfolio Value
This project demonstrates: Responsive web design, File upload and media management, CRUD operations, Authentication and authorization, Search and filtering, Cloud storage integration, REST API development, Frontend and backend development, Performance optimization, Production deployment
An Image Gallery is a visually appealing portfolio project that highlights your ability to build responsive, media-rich web applications while demonstrating practical skills in file handling, UI/UX, and full-stack development.
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-----
1.25 ₽ · /balance_help
Now, let's understand the next web development project:
🚀 Project 13: Image Gallery (Beginner to Intermediate)
An Image Gallery is a great project for learning responsive layouts, file uploads, image optimization, search, filtering, and media handling. It teaches you how to build visually appealing applications while working with images efficiently.
This project can start as a frontend application and later evolve into a full-stack gallery with user authentication and cloud storage.
🎯 Project Goal
Build an Image Gallery where users can:
👤 Register and log in optional
🖼️ Upload images
📂 Organize images into categories
🔍 Search images
🏷️ Filter images by category
🔍 View images in a lightbox
❤️ Like or favorite images
📱 Browse the gallery on any device
🛠 Technologies Used
Frontend: HTML5, CSS3, JavaScript, React
Backend (Advanced Version): Node.js, Express.js
Database: MongoDB or MySQL
Storage: Cloudinary or Amazon S3
Authentication: JWT, bcrypt
Deployment: Vercel Frontend, Render/Railway Backend, MongoDB Atlas
📂 Project Folder Structure
image-gallery/
│
├── client/
│ ├── components/
│ ├── pages/
│ ├── services/
│ ├── App.js
│ └── index.js
│
├── server/
│ ├── routes/
│ ├── controllers/
│ ├── models/
│ ├── middleware/
│ ├── uploads/
│ └── server.js
│
└── README.md
🎨 Application Flow
Home Page → Upload Image → Save Image → Display Gallery → Search / Filter → View Full Image
📌 Features
✅ Upload Images
Allow users to upload: JPG, PNG, JPEG, WebP
Example HTML
<form>
<input type="file" accept="image/*">
<button>Upload</button>
</form>const image = {
title: "Sunset",
category: "Nature",
url: "image-url",
uploadedAt: "2026-07-08"
};<div class="gallery">
<img src="nature.jpg" alt="Nature">
<img src="mountain.jpg" alt="Mountain">
<img src="beach.jpg" alt="Beach">
</div><input type="search" placeholder="Search images">.gallery{
display: grid;
grid-template-columns: repeat(auto-fit, minmax(250px, 1fr));
gap: 20px;
}
.gallery img{
width: 100%;
border-radius: 10px;
}@media(max-width:768px){
.gallery{
grid-template-columns: 1fr;
}
}🎯 Web Developer Projects & Interview Preparation 💼🔥
Now it’s time to turn your skills into:
✅ Real projects
✅ Portfolio
✅ Job opportunities 🚀
This final stage is where beginners become developers 💻🔥
🧠 1. Build Real Projects (Most Important)
🟢 Beginner Projects
- Calculator
- Todo App
- Weather App
- Quiz App
👉 Focus on:
- HTML
- CSS
- JavaScript
🟡 Intermediate Projects
- Blog Website
- Expense Tracker
- Movie App (API based)
- Notes App
👉 Focus on:
- APIs
- React
- State management
🔴 Advanced Projects
- E-commerce Website
- Chat Application
- Admin Dashboard
- Full Authentication System
👉 Focus on:
- MERN Stack
- JWT
- Database integration
🌐 2. Create Portfolio Website
Your portfolio should include:
✅ About Me
✅ Skills
✅ Projects
✅ GitHub link
✅ Contact form
💡 Recruiters often judge developers by portfolio first 👀
🔥 3. Upload Everything to GitHub
👉 Push all projects to: GitHub
💡 Add:
- README
- Screenshots
- Live demo links
🧠 4. Interview Preparation
Most Asked Topics 🔥
- HTML semantic tags
- CSS Flexbox/Grid
- JavaScript closures
- Promises & Async/Await
- React hooks
- APIs
- Authentication
- SQL basics
⚡️ 5. Practice Coding Questions
Practice on:
- LeetCode
- HackerRank
- Codewars
💼 6. Resume Tips
✅ Add:
- Skills
- Projects
- GitHub
- Deployment links
❌ Avoid:
- Fake experience
- Too much theory
- Unnecessary personal info
🚀 7. Job Strategy
Apply for:
- Frontend Developer
- React Developer
- Full Stack Developer
- Web Developer Internships
🎯 8. Final Learning Strategy
Learn → Build → Deploy → Upload → Repeat
👉 This cycle is the real roadmap 🔥
💡 Golden Advice
❌ Don’t become tutorial addicted
✅ Build projects independently
❌ Don’t focus only on certificates
✅ Focus on skills + portfolio
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🚀 Top Web Development Frameworks You Should Know 🌐🔥
⚛️ React
✔ Component-Based UI
✔ Fast & Interactive Websites
✔ Huge Ecosystem
✔ Best for Frontend Development
🟩 Next.js
✔ SEO Friendly Apps
✔ Server-Side Rendering
✔ Full Stack Features
✔ High Performance Websites
🅰️ Angular
✔ Enterprise Applications
✔ TypeScript Support
✔ Powerful Architecture
✔ Scalable Frontend Apps
🟢 Vue.js
✔ Beginner Friendly
✔ Lightweight Framework
✔ Fast Learning Curve
✔ Flexible UI Development
🚀 Node.js + Express.js
✔ Backend APIs
✔ Real-Time Applications
✔ Full Stack JavaScript
✔ REST API Development
🐍 Django
✔ Secure Web Applications
✔ Built-in Authentication
✔ Fast Backend Development
✔ Python-Based Framework
⚡ FastAPI
✔ High-Speed APIs
✔ AI & ML Backend
✔ Automatic Documentation
✔ Async Support
☕ Spring Boot
✔ Enterprise Backend Apps
✔ Microservices
✔ Banking & Large Systems
✔ Secure APIs
🎨 CSS Frameworks to Learn
✔ Tailwind CSS
✔ Bootstrap
✔ Material UI
💡 Frameworks help developers build faster, cleaner, and scalable applications.
💬 Tap ❤️ if this helped you!
WHAT DO YOU WANT TO LEARN❓
Bonus Features
Enhance your Expense Tracker with:
• Dark Mode
• Multiple Currency Support
• Import Bank Statements CSV
• Export Reports PDF/CSV
• Bill Payment Reminders
• Budget Planning
• Recurring Transactions
• Savings Goals
• AI Spending Insights
• Financial Forecasting
Skills You'll Learn
• React Components
• State Management
• CRUD Operations
• REST API Development
• Node.js
• Express.js
• MongoDB
• Authentication
• Financial Calculations
• Chart.js / Recharts
• Responsive UI Design
Challenges
1. Prevent invalid transaction amounts
2. Calculate balance automatically
3. Display category-wise spending
4. Generate monthly summaries
5. Implement secure authentication
6. Add pagination to transaction history
7. Support recurring transactions
8. Export reports to PDF
9. Optimize chart performance
10. Deploy the application online
Learning Outcome
After completing this project, you'll be able to:
• Build a complete personal finance application
• Perform CRUD operations with a database
• Create financial reports and dashboards
• Visualize data using charts
• Develop secure REST APIs
• Build responsive user interfaces
• Organize large-scale full-stack applications
Project Enhancement Ideas
Once the basic version is complete, upgrade it by adding:
• AI-powered expense categorization
• OCR support for scanning receipts
• Multi-user family expense management
• Real-time synchronization across devices
• Progressive Web App PWA support
• Email alerts for budget limits
• Investment tracking
• Tax report generation
• Unit and integration testing
• CI/CD pipeline using GitHub Actions
Portfolio Value
This project demonstrates:
• Full-stack web development
• Authentication and authorization
• CRUD operations
• Database design
• Data visualization
• Financial calculations
• Dashboard development
• REST API development
• Responsive UI/UX
• Production deployment
An Expense Tracker is a highly practical portfolio project because it solves a real-world problem while showcasing modern frontend, backend, and data visualization skills that are valuable for full-stack developer roles.
Double Tap ❤️ For More
Now, let's understand the next web development project:
🚀 Project 10: Expense Tracker
An Expense Tracker is one of the most practical full-stack projects you can build. It helps users manage their personal finances by tracking income and expenses, categorizing transactions, and visualizing spending patterns with charts.
This project teaches CRUD operations, state management, data visualization, and financial calculations.
Project Goal
Build an Expense Tracker where users can:
• Register and log in
• Add income
• Add expenses
• Categorize transactions
• View monthly reports
• Analyze spending with charts
• Search and filter transactions
• Use the application on mobile devices
Technologies Used
Frontend
• HTML5
• CSS3
• JavaScript
• React
Backend
• Node.js
• Express.js
Database
• MongoDB or MySQL
Authentication
• JWT
• bcrypt
Charts
• Chart.js / Recharts
Deployment
• Vercel Frontend
• Render/Railway Backend
• MongoDB Atlas
Project Folder Structure
expense-tracker/
│
├── client/
│ ├── components/
│ ├── pages/
│ ├── charts/
│ ├── services/
│ ├── App.js
│ └── index.js
│
├── server/
│ ├── routes/
│ ├── controllers/
│ ├── models/
│ ├── middleware/
│ └── server.js
│
└── README.md
Application Flow
Register / Login
↓
Dashboard
↓
Add Income
↓
Add Expense
↓
Store Transaction
↓
Generate Reports
↓
View Charts & Analytics
Features
User Authentication
Allow users to:
• Register
• Login
• Logout
• Update Profile
Example API Routes
• POST /api/auth/register
• POST /api/auth/login
Dashboard
Display summary cards:
• Total Income
• Total Expenses
• Current Balance
• Monthly Spending
Example Layout
Income $5,000
Expenses $2,850
Balance $2,150
Add Transaction
Fields:
• Title
• Amount
• Category
• Date
• Type
Example HTML
<form>
<input type="text" placeholder="Transaction Title">
<input type="number" placeholder="Amount">
<select>
<option>Income</option>
<option>Expense</option>
</select>
<button>Save</button>
</form>const transaction = {
title:"Salary",
amount:3000,
type:"Income",
category:"Job",
date:"2026-07-01"
};<PieChart></PieChart>
CSS Example
.dashboard{
display:grid;
grid-template-columns:repeat(4,1fr);
gap:20px;
}
.card{
padding:20px;
border-radius:10px;
}@media(max-width:768px){
.dashboard{
grid-template-columns:1fr;
}
}
Recently, CSS has supported "logical" direction based properties for margin, padding, border, etc!
Previous to this, we were able to define properties based on physical directions like left, right, etc. This was a problem when different writing modes come into play, such as Arabic which is written from right to left, or traditional Chinese, Japanese, which are written from top to bottom.
👉 These new properties automatically adjust to the writing mode without the need for media queries.
"block" indicates main axis of writing mode (top to bottom for English)
"inline" indicates the cross axis of the writing mode (left to right for English)
You can combine this to create different properties for margin, padding, border, size and inset
👉 margin-block-end
👉 padding-inline
👉 border-inline-start
👉 inline-size
👉 block-size
✨ This also has the benefit that it provides shorthands like margin-inline which sets both left and right margin
Best YouTube Channels To Learn
• Cybersecurity - John Hammond
• Networking - David Bombal
• Python - Code With Harry
• UI/UX - GFXMentol
• React - Codevolution
• JavaScript - Traversy Media
• Java - Kunal Kushwaha
• DevOps - Techworld With Nana
• Blockchain - Telusko
• Al/ML- Krish Naik
• Web Development - Traversy Media
• AWS - Code With Harry
• SQL - Programming With Mosh
• DBMS -Edureka
• Ruby-The Ruby Way
• Scala - Scala Love
• SAP -Intellipaat
• C- FeecodeCamp
• R- Krish Naik
