Photoelectric effect — Planck’s constant and work function with a vacuum phototube — Physics 3D Lab
The Photoelectric effect — Planck’s constant and work function with a vacuum phototube experiment in real-time 3D, in the SimOli Physics 3D Lab (Online Certification Programme for Undergraduate Students): theory, apparatus to set up, live readings, and a laboratory report as a PDF.
More in Online Certification Programme for Undergraduate Students
- Millikan’s oil-drop experiment — the charge of the electron
- Electron diffraction — de Broglie wavelength using a graphite target
- Electron spin resonance — the g-factor of DPPH
- Faraday effect — Verdet constant of a glass and a liquid
- Fabry–Pérot etalon — finesse and the separation of the sodium D lines
- Magnetic susceptibility of a paramagnetic solution — Quincke’s method
- Thermionic emission — work function from the Richardson–Dushman equation
- Brownian motion — Boltzmann constant by particle tracking
- Thermal diffusivity of a metal rod — Ångström’s method
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