Acceleration due to gravity — simple, bar or Kater’s pendulum — Physics 3D Lab
The Acceleration due to gravity — simple, bar or Kater’s pendulum experiment in real-time 3D, in the SimOli Physics 3D Lab (Mechanics and Properties of Matter): theory, apparatus to set up, live readings, and a laboratory report as a PDF.
More in Mechanics and Properties of Matter
- Young’s modulus — bending, cantilever or flexure method
- Rigidity modulus — torsional pendulum / dynamical method
- Coefficient of viscosity of a liquid — Poiseuille’s or Stokes’ method
- Moment of inertia — flywheel, solids or irregular body
- Modulus of rigidity — Maxwell’s needle
- Poisson’s ratio and the elastic constants
- Surface tension and interfacial surface tension
- Verification of the parallel and perpendicular axes theorems
- Verification of the conservation of energy
- Young’s modulus — Searle’s double bar
- Moment of inertia — bifilar suspension
- Conservation of momentum — ballistic pendulum
- Atwood machine — Newton’s second law
- Rectilinear motion on an inclined plane
- Uniformly accelerated motion — computer-assisted measurement
- Density measurement by pycnometer
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