23 ratio of terminal velocity of 2 balls of same mass and different radius in the same fluid
Автор: JEE NEET PHYSICS PYQ
Загружено: 2025-12-31
Просмотров: 13
Описание:
In this video, we solve a numerical problem to calculate the ratio of terminal velocities of two balls of the same mass but different radii falling in the same viscous fluid using previous year questions (PYQs) for JEE & NEET. Learn how to apply Stokes’ law, understand drag force, and relate radius and velocity step by step.
The focus is on concept clarity, formula application, and accurate problem-solving, which is crucial for competitive exams and board exams.
🎯 Why watch this video?
✔ Step-by-step derivation of terminal velocity ratio
✔ Helps solve PYQ-based numericals quickly
✔ Perfect for last-minute revision
✔ Conceptual understanding of viscous drag and motion in fluids
📌 For Exams:
JEE Main | JEE Advanced | NEET | Class 12 Physics
👉 Subscribe to JEE NEET PYQ for regular PYQ-based Physics concept and problem-solving videos.
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📚 Master Terminal Velocity Problems. Solve Numericals. Score Higher.
#TerminalVelocity #ViscousFluid #StokesLaw #JEENEETPYQ #JEEPhysics #NEETPhysics #Class12Physics #FluidMechanics #PYQ
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