Editing CP Objectives For Periodic Table - Revised 2019
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<br> The learner will be able to:<br> <br> 1) Be able to define the following Vocabulary: <br> *Modern Periodic Law, Energy level, subenergy level, orbital, electron configuration, valence electron, core electrons, Groups (Family/column), Periods (rows), Metals, Non-metals, Semi-metals/metalloids, Transitional Metals/elements, Representative elements, Alkali Metals, Alkaline Earth metals, Halogens, Noble Gases, Coulombic force (CF), Atomic radius/size (AR), Ionization Energy (IE), Electronegativity (EN), Ionic bond, Covalent bond, Metallic bond<br> <br> 2) Know the Modern Periodic Law and how it relates to the Periodic Table (including going down a Group/family).<br> <br> 3) Know the difference between Mendeleev’s Periodic Table and the Modern Periodic Table.<br> <br> 4) Be able to write electron configurations for 1st 50 elements on Periodic Table.<br> <br> 5) Be able to figure out the number of valence electrons for any atom based on its location on the periodic table<br> <br> 6) Be able to locate and name special groups on the periodic table (alkali metals, halogens, etc.)<br> <br> 7) Be able to describe and explain trends (down a group and across, L to R, a Period) on the Periodic Table for: Coulombic force (CF), atomic radii/size (AR), Ionization energy (IE) and Electronegativity (EN). <b> (NOT on Test with Electron Configuration)</b> <br> <br> 8) Be able to explain why atoms form bonds (and why noble gases don’t!) <b> (NOT on Test with Electron Configuration)</b><br> <br> 9) Be able to explain the difference between ionic bonds, covalent bonds and metallic bonds with respect to what happens to valence electrons. <b> (NOT on Test with Electron Configuration)</b><br> <br> <br>
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