A.4 Rigid Body Mechanics - Activity Pack

Here is a short one-line description for each activity in the "A.4 Rigid Body Mechanics Activity Pack" and their usefulness for a teacher in an IBDP Physics classroom: Activity 1: Investigating Rotational Motion with a Rolling Disk - Introduces students to rotational motion concepts using hands-on experiments with a rolling disk. Activity 2: Analyzing Torque in a See-Saw System - Demonstrates torque and its effect using a practical see-saw setup to teach balance and rotational equilibrium. Activity 3: Experimenting with Rotational Inertia Using Cylinders - Provides an experiment to understand rotational inertia and its impact on different cylinder motions. Activity 4: Exploring Angular Velocity with a Rotating Platform - Teaches students to measure and analyze angular velocity using a rotating platform. Activity 5: Energy in Rotational Systems with Rolling Spheres - Explores the energy dynamics in rotational systems using rolling spheres for comprehensive analysis. Activity 6: Measuring Moment of Inertia Using a Rotating Disk - Offers an experiment to calculate the moment of inertia and deepen understanding of rotational physics. Activity 7: Investigating Rotational and Translational Kinetic Energy in Rolling Cylinders - Combines kinetic energy principles to study both rotational and translational energy. Activity 8: Exploring Angular Momentum in a Rotating System - Engages students in understanding angular momentum through rotating system activities. Activity 10: Investigating Uniform Circular Motion and Centripetal Force - Demonstrates the connection between uniform circular motion and centripetal force in practical terms. These activities support teachers in providing a robust learning experience related to rigid body mechanics, facilitating deep understanding through experimentation and analysis in an IBDP Physics classroom.