About this Simulation

This simulation models a bungee jumper undergoing simple harmonic motion after jumping from a platform. Learners can observe real-time graphs of position, velocity, and acceleration as the jumper oscillates. By adjusting variables like cord stiffness and mass, students explore how these factors affect amplitude, period, and energy conservation in oscillatory systems.

Learning objectives: Understand the relationship between position, velocity, and acceleration in SHM | Determine how mass and spring constant affect oscillation period and amplitude | Analyze energy transformations between gravitational potential, elastic potential, and kinetic energy during oscillation