The oil drop experiment by Millikan was significant in determining the charge of an electron because it allowed for the measurement of the charge of individual electrons. By observing the motion of oil droplets in an electric field, Millikan was able to calculate the charge of each droplet and determine that the charge was always a multiple of a fundamental unit, which turned out to be the charge of a single electron. This experiment provided a precise value for the charge of an electron and helped to establish the concept of quantized electric charge.
Millikan's oil drop experiment was significant in determining the elementary electric charge because it provided a precise measurement of the charge of an electron, which helped establish the fundamental unit of electric charge.
The work of J.J. Thomson and Robert Millikan was most important in determining the mass of an electron. Thomson discovered the electron's existence based on cathode ray experiments, while Millikan conducted the oil drop experiment to measure the charge of the electron and hence its mass.
The work of J. J. Thomson and Robert Andrews Millikan were most important in determining the mass of an electron. Thomson discovered the electron through his experiments on cathode rays, while Millikan conducted the oil drop experiment, which helped to calculate the charge and mass of the electron.
Robert A. Millikan conducted his famous oil drop experiment at the University of Chicago in the early 20th century. This experiment allowed him to accurately measure the charge of an electron for the first time.
Robert Millikan conducted his famous oil drop experiment in 1909, which helped to determine the charge of an electron. This experiment led to his noteworthy discovery in 1913 of the fundamental unit of electric charge.
Millikan's oil drop experiment was significant in determining the elementary electric charge because it provided a precise measurement of the charge of an electron, which helped establish the fundamental unit of electric charge.
The work of J.J. Thomson and Robert Millikan was most important in determining the mass of an electron. Thomson discovered the electron's existence based on cathode ray experiments, while Millikan conducted the oil drop experiment to measure the charge of the electron and hence its mass.
The work of J. J. Thomson and Robert Andrews Millikan were most important in determining the mass of an electron. Thomson discovered the electron through his experiments on cathode rays, while Millikan conducted the oil drop experiment, which helped to calculate the charge and mass of the electron.
That should probably be "Millikan". The experiment he was famous for is the Millikan Oildrop Experiment.
Robert A. Millikan conducted his famous oil drop experiment at the University of Chicago in the early 20th century. This experiment allowed him to accurately measure the charge of an electron for the first time.
Robert Millikan conducted his famous oil drop experiment in 1909, which helped to determine the charge of an electron. This experiment led to his noteworthy discovery in 1913 of the fundamental unit of electric charge.
Robert A. Millikan conducted many experiments throughout his long, distinguished career. If you're referring to the famous "oil drop" experiment that measured the quantum of electric charge, Millikan and Harvey Fletcher performed that particular one in 1909.
when did Millikan conduct his famous oil drop experiment
The significance of the oil drop of radius in Millikan's experiment was that it allowed him to determine the charge of an electron, which was a crucial step in understanding the fundamental properties of matter. By measuring the radius of the oil drop and the electric field applied, Millikan was able to calculate the charge of the electron, providing important insights into the structure of atoms and the nature of electricity.
Robert Millikan
Millikan conducted the famous oil drop experiment to measure the charge of an electron. He observed individual oil droplets in an electric field and determined the fundamental unit of electric charge. This experiment helped to provide a more precise value for the charge of an electron.
The Millikan oil drop experiment was conducted by Robert Millikan in 1909 to determine the charge of an electron. By observing the motion of oil droplets in an electric field, he was able to calculate the charge on individual droplets and, using this data, determine the charge of a single electron. This experiment provided a more accurate value for the electron's charge and contributed to the development of modern physics.