Yes it was accepted at that time
Robert Millikan was born on March 22, 1868 and died on December 19, 1953. Robert Millikan would have been 85 years old at the time of death or 147 years old today.
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 A. Millikan primarily lived in the United States, spending significant time in California. He worked at the California Institute of Technology (Caltech) in Pasadena, where he conducted much of his research. Millikan was also known to have lived in other locations during his academic career, but his most notable residence was in California.
I think so, I'm not quite sure but i think it did.
In 1911, Robert A. Millikan, with his famous "oil drop" experiment, not only discovered that charge always occurs in multiples of the same elementary quantity, but also measured the size of that quantity. This, along with his painstaking measurements on the photoelectric effect, won him the 1923 Nobel Prize in Physics.
Robert Louis Stevenson lived in the Victorian era, which was marked by strict social norms, industrialization, technological advancements, and the British Empire's global influence. Rousseau and Locke's ideas influenced ideas of individualism and personal freedom during this era. Stevenson's works often reflect the tensions and transformations happening in society during his time.
The cast of Robert Klein Time - 1986 includes: Robert Klein as himself
initial ideas are simple ideas that you thought of at the start of the project. most of the time people want to keep these ideas
Robert Frost often found inspiration for his poems from nature, rural life, and his observations of human nature. He spent a lot of time outdoors and drew from personal experiences and emotions for his work. Frost's poetry often reflected themes of isolation, community, and the complexities of human relationships.
This Time - Robert Cray album - was created on 2009-08-11.
Born in Morrison, Illinois, Robert Andrew Millikan was the second son of the Reverend Silas Franklin Millikan and Mary Jane Andrews. When Millikan was seven, his family moved to Maquoketa, Iowa, where he attended high school. In 1886 he entered Oberlin College in Ohio. In 1887 he enrolled in several classics classes there, and because he did quite well in Greek, at the end of his sophomore year, he was asked to teach an introductory-level physics class. He enjoyed teaching physics and accepted a two-year teaching post at Oberlin upon graduation in 1891. It was during this period that he developed an even keener interest in physics.In 1893 Millikan began his doctoral work at Columbia University, receiving a Ph.D. in 1895. After travelling to Germany, he eventually accepted a faculty position at the University of Chicago. It was as a teacher and textbook author that Millikan first made his mark. He wrote or co-wrote a number of elementary physics texts that became the classics in this field. However, while valued activities, they did not lead to his promotion to full professor. Determined to ascend in academic rank, Millikan began his research into the charge on the electron.At the time, the debate over whether or not atoms were real had almost played out, but the questions surrounding the true nature of the electron were still unanswered. Although the work of the English physicist J. J. Thomson had elucidated the charge-to-mass ratio, determining that the electron had a discrete, fixed charge and mass remained.Being an experimentalist, Millikan used a tiny, submillimeter drop of oil suspended between capacitor plates to measure the incremental charge on an electron. His reasoned that the oil drop would pick up a charge due to friction as it entered the region between the plates. By ionizing the atmosphere and monitoring the motion of multiple drops, he was able to compare the time that the drop took to fall under the influence of gravity and with the electrical plates off, against the time that it took for the drop to climb under the influence of applied voltage . The interaction of the drop with the electric field always occurred in discrete units, indicating that the electron charge was a single value, and that it was the same value for all different forms of electricity.Millikan's oil-drop experiment settled the argument and determined accurately (within one part in a thousand) both the charge and, by virtue of the charge-to-mass ratio, the mass of the electron. Both numbers allowed the Danish physicist Niels Bohr to finally calculate Rydberg's constant and provided the first and most important proof of the new atomic theory .Millikan went on to demonstrate the photoelectron effect, providing a valuable proof of Albert Einstein's equations. His experiments also aided both Einstein and Bohr in their later research efforts. In 1923 he was awarded a Nobel Prize in physics for both his work in determining the charge on the electron and exploring the photoelectric effect.
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