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IB Physics HL, Rigid Body Mechanics. Past Paper Style Questions

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Struggling with IB HL Physics? In this video, we tackle a past paper-style question step-by-step — just like in your exams. Whether you're preparing for your mocks or final exams, this breakdown will help you master the concepts and improve your exam technique.
🎯 Perfect for IB students aiming for a 7 in Physics HL!
🔔 Subscribe for more past paper walkthroughs, tips, and tutorials every week
💬 Got a question or a specific topic you'd like me to cover? Drop it in the comments!
[00:00:00] Introduction: The video will cover three rigid body dynamics questions.
[00:00:18] Question 1: Relationship between linear distance and angular displacement for a rolling disc.
[00:01:57] Question 1: Calculation of the disc's angular acceleration.
[00:03:41] Question 1: Explanation of why a solid disc rolls down faster than a thin ring.
[00:05:10] Question 2: Calculation of the upward force balancing a horizontal rod.
[00:08:00] Question 2: Calculation of the rod's initial angular acceleration when support is removed.
[00:09:18] Question 2: Explanation of why a specific kinematic equation cannot be used.
[00:10:33] Question 2: Calculation of the rod's angular speed and angular momentum when vertical.
[00:12:29] Question 3: Verification of the disc's angular acceleration from a graph.
[00:13:44] Question 3: Calculation of the torque on the accelerating disc.
[00:14:26] Question 3: Calculation of the new angular speed after adding mass.
[00:17:47] Question 3: Challenge to calculate the energy lost.
#IBPhysics #IBPhysicsHL #PastPaperSolutions #IBExamPrep #PhysicsTutorial #IB2025
🎯 Perfect for IB students aiming for a 7 in Physics HL!
🔔 Subscribe for more past paper walkthroughs, tips, and tutorials every week
💬 Got a question or a specific topic you'd like me to cover? Drop it in the comments!
[00:00:00] Introduction: The video will cover three rigid body dynamics questions.
[00:00:18] Question 1: Relationship between linear distance and angular displacement for a rolling disc.
[00:01:57] Question 1: Calculation of the disc's angular acceleration.
[00:03:41] Question 1: Explanation of why a solid disc rolls down faster than a thin ring.
[00:05:10] Question 2: Calculation of the upward force balancing a horizontal rod.
[00:08:00] Question 2: Calculation of the rod's initial angular acceleration when support is removed.
[00:09:18] Question 2: Explanation of why a specific kinematic equation cannot be used.
[00:10:33] Question 2: Calculation of the rod's angular speed and angular momentum when vertical.
[00:12:29] Question 3: Verification of the disc's angular acceleration from a graph.
[00:13:44] Question 3: Calculation of the torque on the accelerating disc.
[00:14:26] Question 3: Calculation of the new angular speed after adding mass.
[00:17:47] Question 3: Challenge to calculate the energy lost.
#IBPhysics #IBPhysicsHL #PastPaperSolutions #IBExamPrep #PhysicsTutorial #IB2025
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