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History – Station 1

History – Station 1. Demitri Mendeleev Credited with the creation of the basis for our modern day table Not the first to suggest the table First to create one that predicted the existence of as-yet-undiscovered elements which were later discovered

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History – Station 1

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  1. History – Station 1 • Demitri Mendeleev • Credited with the creation of the basis for our modern day table • Not the first to suggest the table • First to create one that predicted the existence of as-yet-undiscovered elements which were later discovered • As of 2012, the periodic table contains 118 confirmed chemical elements. • Developed while making a textbook for his students • Created a graphic organizer of the elements looking for patterns.

  2. Period and Groups – Station 2 When a column goes from top to bottom, it's called a group. The elements in a group have the same number of electrons in their outer orbital (Valence). When you look at a periodic table, each of the rows is considered to be a different period

  3. Reactivity – Station 3 Alkali Metals and Halogens are very reactive because they have either 1 or 7 valence electrons

  4. Families on the Periodic Table – Station 4 • Elements on the periodic table can be grouped into families bases on their chemical properties. • Each family has a specific name to differentiate it from the other families in the periodic table. • Elements in each family react differently with other elements.

  5. ALKALI METALS – Station 5 Group 1 • Hydrogen is not a member, it is a non-metal • 1 electron in the outer shell • Soft and silvery metals • Very reactive, esp. with water • Conduct electricity • Color Light Blue Image: http://www.learner.org/interactives/periodic/groups2.html

  6. ALKALINE EARTH METALS – Station 6 Group 2 • 2 electrons in the outer shell • White and malleable • Reactive, but less than Alkali metals • Conduct electricity • Color Dark Green

  7. TRANSITION METALS Station 7 Groups 3- 12 • Good conductors of heat and electricity. • Some are used for jewelry. • The transition metals are able to put up to 32 electrons in their second to last shell. • Can bond with many elements in a variety of shapes. • Color Dark Blue

  8. BORON FAMILY – Station 8 Group 13 • 3 electrons in the outer shell • Most are metals • Boron is a metalloid • Color Red

  9. CARBON FAMILY – Station 9 Group 14 • 4 electrons in the outer shell • Contains metals, metalloids, and a non-metal Carbon (C) • Color Yellow

  10. NITROGEN FAMILY – Station 10 Group 15 • 5 electrons in the outer shell • Can share electrons to form compounds • Contains metals, metalloids, and non-metals • Color Bright Green

  11. OXYGEN FAMILY – Station 11 Group 16 • 6 electrons in the outer shell • Contains metals, metalloids, and non-metals • Reactive • Color ORANGE

  12. Halogens – Station 12 Group 17 • 7 electrons in the outer shell • All are non-metals • Very reactive are often bonded with elements from Group 1 • Color Yellow

  13. Noble Gases – Station 13 Group 18 • Exist as gases • Non-metals • 8 electrons in the outer shell = Full • Helium (He) has only 2 electrons in the outer shell = Full • Not reactive with other elements • Color Grey

  14. Rare Earth Metals – Station 14 • Some are Radioactive • The rare earths are silver, silvery-white, or gray metals. • Conduct electricity • Color Violet

  15. Color by Type – Station 15 • Get your full size Periodic Table • Color Code the periodic table as below • Make a key or legend as seen below

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