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    "# Resonance: Learning Mechanical Vibration Engineering Through Computation\n",
    "\n",
    "## Notebooks\n",
    "\n",
    "1.  [Introduction to Jupyter](01-intro-jupyter.html)\n",
    "2.  [Introducing Mechanical Vibrations By Investigating a Book Oscillating on a Cylindrical Cup](02-book-balancing-intro.html)\n",
    "3.  [Measuring a Bicycle Wheel's Inertia](03-bicycle-wheel-inertia.html)\n",
    "4.  [Clock Pendulum with Air Drag Damping](04_clock_pendulum_with_damping.html)\n",
    "5.  [Clock Pendulum with Joint Friction](05_clock_pendulum_with_friction.html)\n",
    "6.  [Sinusoidal Forcing](06_sinusoidal_forcing.html)\n",
    "7.  [Vertical Vibration of a Quarter Car](07_vertical_vibration_of_a_quarter_car.html)\n",
    "8.  [Modeling a Drone Swinging From a Trifilar Pendulum](08_modeling_a_drone_trifilar_pendulum.html)"
   ]
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