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Isotopes of Tin

By Tashawna Maxwell. Isotopes of Tin. An isotope is defined as each of two or more froms of the same elements that contains equal numbers of protons but different numbers of neutrons in the nuclei Tin is the only element with ten stable isotopes

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Isotopes of Tin

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  1. By Tashawna Maxwell Isotopes of Tin

  2. An isotope is defined as each of two or more froms of the same elements that contains equal numbers of protons but different numbers of neutrons in the nuclei Tin is the only element with ten stable isotopes Tin has no natural radioactive isotopes, but has many artificial radioactive isotopes Tin is a part of the Carbon family Tin is a silvery/white metalic looking metal Isotopes:Ten of Tin

  3. universe abundance | 4×10^-7% (rank: 48th) crust abundance | 2.2×10^-4% (rank: 47th) human abundance | 2×10^-5% (rank: 25th) symbol | Sn atomic number | 50 electron configuration | [Kr]5s^24d^105p^2 block | p group | 14 period | 5 atomic weight | 118.710 More About Tin

  4. A radioactive isotope is an isotopes that when broken a part, gives off some form radiation The radioactive isotopes of tin do not have any practical uses Isotopes:Stable vs Radioactive • A stable isotope maintains constant concentrtion on Earth overtime • Various stable isotopes of tin have practical uses and commercial applications

  5. Some Radioactive Isotopes Stable Tin vs. Radioactive Tin • Stable

  6. Tin Foil (now aluminum foil) Solder (largest use of tin in the US) Tin Toys (autombiles, trains, ect in early 1800s) Used in the production of other alloys (ex. Bronze) Tinplating Tin food cans (made of steel and covered in tin) Used in the production of tin compounds More uses of tin can be found here: http://www.americanelements.com/sn.html Uses of Tin

  7. Natural Abundance: 0.98% Number of Neutrons: 62 Chemical Form: metal Used in the production of the radioisotope Sn-113 Sn-112

  8. Natural Abundance: 0.66% Number of Neutrons: 64 Chemical Form: metal Sn-114

  9. Natural Abundance: 0.34% Number of Neutrons: 65 Chemical Form: metal Sn-115

  10. Natural Abundance: 14.54% Number of Neutrons: 66 Chemical Form: metal Used in the production of the medical isotope Sn-117 which is used to treat bone cancer Sn-116

  11. Natural Abundance: 7.68% Number of Neutrons: 67 Chemical Form: metal Used in the production of the medical isotope Sn-117 which is used to treat bone cancer Sn-117

  12. Natural Abundance: 24.22% Number of Neutrons: 68 Chemical Form: metal/oxide May soon be used in the production of Sn-119m Sn-118

  13. Natural Abundance: 8.59% Number of Neutrons: 69 Chemical Form: metal May soon be used in the production of Sn-119m Sn-119

  14. Natural Abundance: 32.58% Number of Neutrons: 70 Chemical Form: metal Sn-120

  15. Natural Abundance: 4.63% Number of Neutrons: 72 Chemical Form: metal Sn-122

  16. Natural Abundance: 5.79% Number of Neutrons: 74 Chemical Form: metal/oxide Used in the production of isotope Sb-124 Sn-124

  17. http://www.scienceclarified.com/Io-Ma/Isotope.html http://www.chemicalelements.com/elements/sn.html#isotopes http://tin.atomistry.com/isotopes.html http://www.wolframalpha.com/input/?i=tin+114 Works Cited

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