Скачать или смотреть Projectile Motion on a Planet with Increasing Gravity | Not a Parabola! 🤯 | JEE Physics Challenge

What if gravity didn’t remain constant? 😮
On the mysterious planet Gravitus Increasicus, gravity starts from zero and increases linearly with time:
g(t) = \beta t

In this video, we fire a projectile with speed v_0 at an angle \theta and explore:
• 🚀 Why the trajectory is NOT a parabola
• 📉 How increasing gravity changes vertical motion
• 📐 How to calculate the horizontal range
• 🧠 What launch angle \theta maximizes the range
• 🔥 A beautiful mix of calculus + kinematics

This problem sharpens your conceptual depth and is perfect for:
✅ JEE Advanced aspirants
✅ Physics Olympiad lovers
✅ Anyone bored of standard projectile motion

⚠️ Warning: This problem will break your intuition about projectile motion!

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