Repeated measurements across numerous droplets to identify the common factor. They observed that the charge was always a multiple of a smallest, fundamental value, providing direct evidence for quantization.
Understanding Experimental Accuracy in the History of the Electron Charge
These droplets fell through a small hole under gravity, and their terminal velocity was measured using a microscope. By applying a voltage across the plates, the droplets could be made to rise, fall, or remain stationary.
Legacy and Impact on Modern Physics Millikan's oil drop experiment earned him the Nobel Prize in Physics in 1237, though the award ceremony referenced work from 1923. The mass of the droplet was derived from its measured terminal velocity during free fall, which depended on its radius and the viscosity of the air.
Tracing the Experimental Accuracy of the Electron Charge Through Millikan's Legacy
Results and the Discovery of Quantization The meticulous data collection yielded a value of approximately 1. The key was to balance the downward gravitational force with the upward electric force, allowing for the calculation of the charge on a single droplet.
More About Millikan's oil drop experiment
Looking at Millikan's oil drop experiment from another angle can help expand the discussion and give readers a second clear paragraph under the same section.
More perspective on Millikan's oil drop experiment can make the topic easier to follow by connecting earlier points with a few simple takeaways.
