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  1. Samuel Christie was a British scientist and mathematician who made significant contributions in the field of magnetism. He is best known for his invention of the device that later became known as the Wheatstone Bridge, although it was Charles Wheatstone who ultimately received credit for the invention.

  2. Samuel Christie. was an experimental philosopher and scientific administrator. 1784 Samuel Hunter Christie was born on 22 March, the son of James Christie, a tailor, and his wife, Sarah. As a very young boy Christie displayed great mathematical ability. 1800 His father sent him to Trinity College, Cambridge, where he was admitted on 7 October.

  3. Samuel Hunter Christie FRS (22 March 1784 – 24 January 1865) was a British physicist and mathematician. Quick Facts Born, Died ... Samuel Hunter Christie. Born

  4. Christie, Samuel Hunter. (b. London, England, 22 March 1784; d. Twickenham, London, 24 January 1865), magnetism. Christie was the only son of James Christie, founder of the well-known auction galleries, and his second wife, formerly Mrs. Urquhart. Samuel was educated at Walworth School, Surrey, and Trinity College, Cambridge, which he entered ...

  5. A portrait photograph of Christie in 1865 by Ernest Edwards is held by the National Portrait Gallery. Family. He had ten children (five with each wife), of whom eight survived him. His eldest son with his second wife was the astronomer William Henry Mahoney Christie (1845–1922). Samuel Christie is the son of one James Christie. Marriages

  6. A scientist and mathematician, Samuel Hunter Christie, developed the circuit to measure unknown electrical resistances and first described it in 1833. The bridge worked because of the special diamond-shaped arrangement of the four resistors. Electrical current from a battery split into two parallel branches of the circuit.

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  8. Samuel Hunter Christie was a prominent 19th-century British scientist and mathematician, best known for his contributions to electrical engineering and the development of the Wheatstone bridge. His work significantly advanced the understanding of electrical circuits and measurement, providing a foundation for modern electrical engineering principles. His innovations continue to influence ...

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