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Examples of Angular Momentum | Chapter 3: Circular and Rotational Motion |11th Physics(New Syllabus)

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Examples of Angular Momentum | Chapter 3: Circular and Rotational Motion |11th Physics(New Syllabus)

27 просмотров · 2 нед. назад
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27 просмотров · 2 нед. назад
Download Notes: will be uploaded soon Download Worksheet: will be uploaded soon In this lecture, we explore Conservation of Angular Momentum with easy explanations and real-life examples for 11th Class Physics New Syllabus students. Learn how moment of inertia and angular velocity change while angular momentum remains conserved in an isolated system. This lecture explains important concepts step by step to help you understand the examples and prepare for Physics exams. 📘 Topics Covered • Law of Conservation of Angular Momentum • Angular momentum formula: (L=I\omega) • Relationship between moment of inertia and angular velocity • Direct and inverse proportional relationships • How changing mass distribution affects moment of inertia • Somersaults during diving • Spinning ice skater example • A person standing on a rotating turntable while holding dumbbells • Direction of angular momentum and axis of rotation • How external disturbances affect conservation of angular momentum • Everyday example of a moving bicycle wheel 🎯 Important Concepts to Remember When angular momentum is conserved in an isolated system, its magnitude and direction remain constant. The angular momentum formula is: [ L=I\omega ] For a system in which angular momentum is conserved: [ I_1\omega_1=I_2\omega_2 ] This means that moment of inertia and angular velocity vary inversely. When moment of inertia decreases, angular velocity increases; when moment of inertia increases, angular velocity decreases. The lecture uses examples of divers, ice skaters, and rotating turntables to explain these relationships and discusses how the direction of angular momentum is connected to the axis of rotation. 👨🎓 Who Should Watch? • 11th Class Physics students following the New Syllabus • Students studying rotational motion and angular momentum • Students preparing for Physics exams and conceptual questions • Students who want to understand conservation of angular momentum through examples 👍 If this lecture helps you, like the video and subscribe for more Physics lessons. Share it with your classmates, and leave your questions in the comments! #Physics #11thClassPhysics #AngularMomentum #Physics #11thClassPhysics #AngularMomentum #NewSyllabus #ConservationOfAngularMomentum #MomentOfInertia #AngularVelocity #RotationalMotion #PhysicsLecture