John Dalton and Atomic Theory Outline and Sources

John Dalton and nuclear Theory John Dalton was a British scientist who made important contributions to science and to the miteic model specifically. I. Experiences in his life that lead to his interest in science and the study of the jot A. Education and teaching c areer brought him in contact with amateur meteorologists B. Mentors and meteorology directed his interest toward air pressure and properties of gaseous elements C. Study of elements guide to interest in comp cardinalnts of elements and his atomic theory. D.This is the general path to his discoveries. However, no one knows specifically how he reached most of his conclusions about atoms. II. Work on the atom and its contribution to the modern atomic model A. Lavoisiers Law influenced Daltons assertion that atoms cannot be created, destroyed, or subdivided. B. Prousts Law of Definite Proportions led Dalton to his Law of Multiple Proportions C. He was trying to explain why pissing absorbs different gases in different pro portions. D. Contributions 1. on the whole matter consists of tiny particles, atoms. 2.Atoms cannot be created, destroyed, separated into smaller parts or transformed into another element. 3. All atoms of the same element buzz off identical weights, while atoms of different elements yield different weights. 4. When elements react, their atoms combine in simple, whole-number ratios. 5. When elements react, their atoms sometimes combine in more than than one simple, whole-number ratio. 6. When atoms combine in only one ratio, they are unite in a 11 ratio. III. Contributions which were eventually disproven and thus are not part of the modern model A.The idea that atoms that combine in only one ratio do so in a 11 ratio not only led him to wrong conclusions, but also caused his theory to be rejected for many years. B. other mistaken idea was that atoms cannot be separated into smaller parts or transformed into another element. C. The assertion that all atoms of the same element h ave identical weights, while atoms of different elements have different weights is inaccurate. IV. Conclusion A. His hammer was important and foundational to modern atomic model. Sources 1 John Dalton (British Scientist) Atomic Theory. cyclopedia Britannica Online. Encyclopedia Britannica, n. d. Web. 5 Feb. 2013. . 2 Lefers, Mark, and Holmgren Lab. Northwestern University/Morimoto Laboratory-Definitions. Online Posting. Morimoto Laboratory. Northwestern University, 26 July 2004. Web. 5 Feb. 2013. . 3 John Dalton Biography. Bio. com. A&E Networks Television, n. d. Web. 5 Feb. 2013. . 4 Senese, Fred. Foundations of Daltons Atomic Theory. General Chemistry Online Companion Notes Atoms & Ions Daltons Atomic Theory Daltons Postulates. N. p. , 25 July 2005. Web. 5 Feb. 2013. .