Pathfinder Physics Solutions | Fluid Mechanics | Question 22 | Glass Sphere in Accelerated Vessel скачать в хорошем качестве

Pathfinder Physics Solutions | Fluid Mechanics | Question 22 | Glass Sphere in Accelerated Vessel

In this video, we dive deep into a challenging problem from the Pathfinder for Olympiad & JEE Advanced Physics book. We are solving Question 22 from the Fluid Mechanics chapter, which involves a glass sphere in a water-filled vessel moving with uniform horizontal acceleration. This problem is a perfect example of how to combine concepts of Buoyancy (Archimedes' Principle), Pseudo Forces, and Effective Gravity in a non-inertial frame of reference. 📝 Question Statement: A glass sphere of volume V is placed in a vessel filled with water. A side wall of the vessel is inclined at an angle \theta with the horizontal bottom of the vessel. The container is moving with uniform leftward acceleration a. Find the force of normal reaction between the bottom of the vessel and the glass sphere. Density of water is \rho_w, density of the glass is \rho, and acceleration of free fall is g. 🚀 What You Will Learn: How to analyze forces on a submerged object in an accelerated container. Understanding the direction of the pressure gradient and effective gravity (g_{eff}). Resolving components of Buoyancy and Weight to find the Normal Reaction. Step-by-step mathematical derivation for the final result. 💡 Key Concepts Covered: Archimedes' Principle in accelerated frames. Pseudo Force application on the sphere and the fluid. Equilibrium of Forces in the vertical and horizontal directions. Pathfinder Physics problem-solving techniques. 🎯 Who is this for? JEE Advanced aspirants looking for high-level physics practice. Students preparing for Physics Olympiads (NSEP, INPhO, IPhO). Anyone who loves solving conceptual and tough physics problems. 🔔 Don't Forget to: ✅ Like the video if you find the explanation helpful. ✅ Subscribe for more Pathfinder and Irodov solutions. ✅ Comment below if you have any doubts or want a solution for a specific question! #Physics #JEEAdvanced #PathfinderPhysics #FluidMechanics #OlympiadPhysics #IITJEE #PhysicsSolutions #FluidStatics #GlassSphereProblem #NikunjMadhav #PhysicsForJEEAdvanced #JEEAdvanced #JEE2025 #PhysicsPreparation #IITJEE #JEEAspirants #PhysicsLecture #JEEMotivation #IITPreparation #StudyWithMe #JEEExam #Education #Coaching #JEEPhysics