Mechanics

Bike falls occur when the balance between gravity and supporting forces is disrupted. Gravity pulls the bike downward, while ground support keeps it upright. When the bike’s center of gravity shifts or external forces disrupt its equilibrium, it can tip over. Momentum gained through movement can contribute to the fall, and friction between tires and…

A damped spring mass system embodies the interplay of mass, spring, and damping force. Mass characterizes resistance to motion, while the spring constant defines its stiffness. Damping, present in various forms, counteracts oscillations, limiting energy loss. Equilibrium position represents a balanced state, influenced by these forces. Amplitude and frequency quantify system motion, showcasing energy and…

The ball’s journey up an incline involves intricate physics. Its trajectory, velocity, and acceleration are influenced by forces like air resistance, friction, gravity, and momentum. As it ascends, the interplay of these concepts dictates the ball’s behavior. To understand the ball’s upward motion, it’s crucial to grasp these mechanics, enabling us to predict its path…