Wedge–Block–Pulley Problem | Hidden Concept of No Motion Condition | JEE & NEET Physics Trick
Автор: MediQube
Загружено: 2025-10-11
Просмотров: 681
Описание:
In this video, we solve a classic wedge–block–pulley system problem where the wedge remains stationary even after release.
Given that the wedge angle is θ = sin⁻¹(3/5), we find the ratio M/m using the condition that the wedge does not move.
This problem beautifully combines Newton’s laws, tension balance, and motion constraints, making it perfect for JEE Main, JEE Advanced, and NEET aspirants.
📍 What You’ll Learn:
• Concept of motion of block on a smooth wedge
• Condition for wedge to remain at rest
• How to relate acceleration and tension in connected systems
• Step-by-step derivation for M/m ratio
📚 Topics Covered:
Wedge Block Pulley | Constraint Motion | Tension in String | Newton’s Laws | JEE/NEET Mechanics
#JEEPhysics #WedgeBlockProblem #PulleySystem #PhysicsTrick #NEETPhysics #JEE2025 #Mechanics #ConceptBooster
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