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Home » Lecture Demonstration Manual » 1. Mechanics » J. Gravitational Acceleration

Table of Contents

  • 1. Mechanics
    • A. First Day Demos
    • B. First Law, Inertia
    • C. Second Law
    • D. Third Law
    • E. Angular Momentum
    • F. Ballistics
    • G. Center of Mass Demonstrations
    • H. Energy
    • I. Friction
    • J. Gravitational Acceleration
      • 10. Acceleration Down an Inclined Plane
      • 20. Cavendish Balance
      • 30. Drop Two Balls
      • 40. Falling Chimney
      • 50. Guinea and Feather Tube
      • 60. Horizontal and Vertical Ball Drop
      • 70. Local Inertial Frame - Einstein's Elevator
      • 80. Measurements of g
      • 90. Three Balls Falling
      • 100. Weightlessness
    • K. Kinematics
    • L. Momentum and Collisions
    • M. Nonlinear Mechanics
    • N. Rotational Inertia
    • O. Statics
    • P. Torque
    • Q. Uniform Circular Motion
    • R. Vectors and Forces
    • S. Data Studio
  • 2. Harmonic Motion, Waves and Sound
  • 3. Matter and Thermodynamics
  • 4. Electricity and Magnetism
  • 5. Light and Optics
  • 6. Modern Physics
  • 7. Astronomy
  • 8. Software and Multimedia
  • 9. Index and code conversion from older manual
  • External Resources

40. Falling Chimney

This demonstration shows that the top end of an upright rod, anchored at its bottom end, falls more rapidly than free fall. Several articles in the journals show how this effect causes a falling chimney to break about one third of the way from its bottom as it falls.

‹ 30. Drop Two Balls up 50. Guinea and Feather Tube ›
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