Examples from the Web for faraday
"Well, if Garibaldi thinks he can learn anything from us, we shall be happy to see him," was Faraday's reply.Michael Faraday|J. H. Gladstone
The committee accompanied Faraday, who had always been a most energetic worker in the cause of the Trinity House.Michael Faraday|Walter Jerrold
Consciously or unconsciously, the relation of Action to Reaction was ever present to Faraday's mind.Fragments of science, V. 1-2|John Tyndall
In a letter written to Dr. Paris, in 1829, Faraday gave an account of this application.Heroes of Science: Physicists|William Garnett
You may be interested by Professor Faraday's statement of his opinion on the matter.Medical Essays|Oliver Wendell Holmes, Sr.
Word Origin for faraday
The nineteenth century saw rapid growth in the understanding of electricity and magnetism, and much of this progress was due to Michael Faraday. There was no hint from his humble beginnings that he was to become a great scientist. Born in 1791, the son of an English blacksmith, Faraday received little formal schooling. At 14 he was apprenticed to a bookbinder, and it was during this time that he developed an interest in science. In 1812 he attended a series of lectures by Humphry Davy, the well-known chemist. Later in the year, Faraday sent Davy his notes on the talks, asking to become his assistant. When an opening became available, Davy took him on. Faraday, a truly gifted experimenter, started amassing an impressive body of work, converting electrical into mechanical energy (1821), liquefying chlorine (1823), and isolating benzene (1825). He made perhaps his greatest discovery-electromagnetic induction-in 1831, when he produced electricity from magnetism by moving a magnet inside a wire coil. Faraday also came up with the concept of electric and magnetic fields. When James Clerk Maxwell put Faraday's ideas into mathematical form (Faraday knew little mathematics), they became a cornerstone of physics. It was Faraday's research that helped transform electricity from a scientific curiosity into a workable technology. But he also transformed the language, helping to coin the words anode, cathode, ion, and electrode, among others. It is only fitting that there are now two words named after him: farad, the unit of capacitance, and faraday, a unit used to measure the amount of electrical charge.