Projectile & Circular Motion | Last 5 Years NEET PYQs Solved | скачать в хорошем качестве

Projectile & Circular Motion | Last 5 Years NEET PYQs Solved |

Jai Hind Jai Vigyan Students! Welcome back to Physics Feelings! 🎯 Aaj ke is video mein hum continue kar rahe hain hamara 60-Day Crash Course for NEET & JEE Advanced 2026. Straight line (1D Motion) complete karne ke baad, aaj hum solve karenge Projectile Motion (2D Motion) aur Uniform Circular Motion ke pichle 5 saalon ke sabse important PYQs (Previous Year Questions). Is lecture mein hum na sirf questions solve karenge, balki har question ke peeche ka fundamental concept aur shortcut bhi samjhenge taaki exam mein aapka time bache. Video ko pause karein, khud try karein, aur phir solution dekhein! 📌 What’s covered in this video? Uniform Circular Motion concepts (Tension, Variable Velocity & Acceleration) Torque and Angular Acceleration basics Projectile Motion: Finding velocity at the highest point, maximum height, and angles. Tricks to avoid unnecessary lengthy calculations in NEET. Notes 📝 📋 https://www.teachmint.com/classwork/6... 📚 Download Class Notes & Formula Handbook: 👉 [All iit and neet students. https://t.me/ahamadalisir] 💬 Got Doubts? Feel free to reach out! Mujhe pata hai physics mein doubts aate hain, aur main hamesha aapke sath juda hoon. Aap apne questions direct mujhe message karke pooch sakte hain: 📱 WhatsApp: [9170180101] 👉 Telegram: [All iit and neet students for physics. https://t.me/ahamadalisir] Next chapter hum NLM (Newton's Laws of Motion) start karenge, toh channel ke sath jude rahiye aur notes complete karte rahiye. Apne doubts comments mein zaroor poochein! Keep studying, keep growing! ~ Your own, Ali Sir. ⏱️ Timestamps 0:00 - Introduction & Crash Course Update 0:39 - Concept: Tension & Omega in Uniform Circular Motion 2:32 - Variable Velocity & Acceleration in Circular Motion (Important PYQ) 4:26 - Torque, Moment of Inertia & Angular Acceleration Basics 6:12 - Concept Test: Velocity & Acceleration Vector direction 6:59 - Projectile Motion: Finding Velocity at the Highest Point 9:29 - Calculating Maximum Height Attained by a Bullet 12:12 - Cricket Ball Projectile: Quick Calculation Trick for Max Height 13:28 - Trick: When Angle is given with the Vertical (Not Horizontal) 14:47 - Advanced PYQ: Relation between Circular Motion Speed & Projectile Height 18:23 - Conclusion, Notes Download & Next Chapter Teaser (NLM)