Unit 6: Particles w/ Internal Structure
(Ionic & Covalent)
Key Learning Targets
(6.01) I can describe evidence supporting the existence of subatomic charged particles (6.02) I can predict the resulting electric charge of an element based on a gain or loss of electrons (6.03) I can distinguish metal from non-metal elements based on their properties ***(6.04) I can name a compound based on its chemical formula ***(6.05) I can create a chemical formula for a compound based on its name (6.06) I can determine whether a substance is ionic or molecular based on its name, properties or chemical formula ***Link to Learning Targets & Rubric*** Entrance and Exit Slips covering the above Learning Targets Additional Assistance Below are You Tube video tutorials that are VERY GoodA great, straight forward tutorial on naming and formulas (Note: he gets into naming acids in a lot of detail, pay attention to those with -ate, -ite, and -ide only) (Note #2: This does not cover covalent)
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Handouts
***There's a neat video of a magnet moving charges (~20 seconds long), and a Veristasium video at the bottom that shows a nice analogy to our new model of the atom. But as you continue reading, focus on the animated video from McGraw Hill to answer the questions. Periodic Trends WebQuest Supplemental Materials for
Learning Targets #1-3 Valence Electrons and Lewis Dot Structures of Atoms and Ions http://www.kentchemistry.com/links/AtomicStructure/lewis%20Dots.htm) Static Charge simulations from physicsclassroom.com. Check out the top 4 on the page. http://www.physicsclassroom.com/Physics-Interactives/Static-Electricity Supplemental Materials for Learning Targets #4-5 Old power point (as a pdf) on how to write all the formulas and names you will need to be able to write Naming and Formula power point (as ppt presentation) Naming and Formula Flow Chart Ultimate Nomenclature (a LOT of practice) Kent Chemistry- Writing chemical names and formulas This is EXCELLENT. Includes a lot of practice with answers, helpful videos, and short readings for help. Green links at the top are more specific w/ types of compounds and rules. |