Elastic collision | Unequal masses #science #lawofconservationofmomentum #elasticcollision

we explore elastic collisions using a simple setup of two trolleys on a smooth, level track. Elastic collisions are unique because they conserve both momentum and kinetic energy, unlike inelastic collisions where some energy is lost. With this experiment, we can observe what happens when objects of different masses collide and bounce off each other. We'll demonstrate how varying the mass of the trolleys affects their final velocities after the collision. Using elastic bumpers or springs, the trolleys will bounce back without sticking together, making it possible to observe the conservation of energy and momentum in action. By changing the initial velocities and masses of the trolleys, we’ll see how these variables influence the outcomes, giving a clear view of the physics behind elastic collisions. We'll also cover the calculations for momentum conservation and kinetic energy before and after the collision, showing step-by-step how these principles apply in real-world scenarios. This video is perfect for physics students, teachers, or anyone curious about understanding the dynamics of collisions with different masses. using @pascoscientific Smart Carts and Capstone software Philip M Russell Ltd Web: http://www.hemelprivatetuition.co.uk