A beautifully crafted pendulum physics simulator with glowing visuals, accurate motion, and live graphing.

🌐 Created by Huzaifa
🎓 Guided by Miss Mariam Ghulam Nabi
🏫 NEDUET Physics Department

• ⚙️ Realistic Physics: Accurate gravitational acceleration and pendulum dynamics.
• 💡 Neon Aesthetics: Styled with glowing effects and dark gradients.
• 🎵 Tick-Tock Sound: Periodic audio feedback synced with peak motion.
• 📈 Live Angle Graph: Real-time plotting of angular displacement.
• ⚡ Energy Visualization: Kinetic and potential energy bars.
• 📤 CSV Export: Export angle-time graph data for Excel analysis.
• 🧪 Manual Controls: Adjust length, mass, and gravity with sliders and inputs.

• index.html – Main simulation (HTML, CSS, JS combined)
• tick.wav – Tick-tock sound on each peak
• pendulum_graph_data.csv – Generated on export (angle vs time)

• Time Period:
  T = 2π√(L / g)

• Kinetic Energy:
  KE = ½mv²

• Potential Energy:
  PE = mgh

• Angular Displacement:
  θ(t) ≈ θ₀ cos(√(g/L)·t)

Click the 📤 Export Graph Data button to save the simulation log (Time vs Angle) as a .csv. You can import this into:

• 📊 Microsoft Excel
• 📈 Google Sheets
• 📉 Python (Pandas, Matplotlib)
• 📐 MATLAB

1. Clone or download the repo:

   git clone https://github.com/yourusername/pendulum-simulator.git