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〰️ Spring-Mass Simulator

⚡ Energy: 0.00 J 📊 Freq: 0.00 Hz 📏 Amplitude: 0.00 ⏱ Time: 0.0s
Click on masses to drag them. Adjust damping, stiffness, mass, gravity sliders. Use presets for common configurations. Step mode for frame-by-frame.
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〰️ Spring-Mass Simulator

Objective: Explore spring-mass system dynamics through interactive simulation. Observe harmonic oscillation, damping, resonance, and energy transfer.

Controls: Drag masses with mouse. Adjust damping, stiffness, mass, and gravity sliders. Use presets for common configurations. Click Driven mode to add oscillatory driving force. Step button for frame-by-frame.

Physics: Each mass follows F=ma with spring force F=-kx and damping F=-bv. Energy tracking shows kinetic, potential, and total energy. Frequency graph shows FFT of motion.

Connect masses with springs and watch them oscillate. Experiment with different spring constants and masses. Physics simulation demonstrating Hooke's law and harmonic motion.

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