Editing Schedule For Electron Configuration And Beyond
ChemistryWiki
|
RecentChanges
|
Preferences
<b>Day 1</b><br> *Review Schrodinger *Ordering of subenergy level *<i>HW</i> **Rewrite the list of subenergy levels (from lowest to highest) from Periodic Table <br> <br> <b>Day 2</b><br> *Fill rules *Hydrogen degenerate subenergy *Electron configuration *Valence electron *HW:[[Electron Configuration Homework]] **Read Law of Conservation of Mass Lab<br> <b>Day 3</b><br> *Exceptions *Law of Conservation of Mass lab <br> *HW: [http://www.tmcleod.org/Level1/0809atomicmassnotes.doc Subatomic Particle and Atomic Mass Handout] (Notes for Section4.3 (new book) and Section 16.6 - end of chapter of old book). **Do Electron configuration of Sb, Hg, Cu, Mo <br> <b>Day 4</b><br> *Atomic Number, Isotopes, Mass number, # of each subatomic particle *Definition of Atomic Mass and calculating atomic mass **Exact of isotope **Mass number <i>HW</i>: **Complete [[Homework Table on Subatomic Particles]] *Calculating atomic mass *Review for rest of chapter<br> <br> <b>Day 5</b><br> *Review for test <br> <i>HW:</i> *Study for test <br> <b>Day 6</b><br> *Test <br> <i>HW</i>: * <br> <b>Introduction to Compounds</b><br> <b>Day 1</b><br> *Introduction of Moles for atoms **mass to mole **number of particles to mole <i>HW</i><br> *Mole calculation <br> <b>Day 2</b><br> *Define cpd and then chemical formula (explain what it means) *cpd Table **column - How valence e interact (share,lose/gain) **column - bond (covalent & ionic) **column - type of cpds (molecular cpd & ionic cpd) **column - Base unit (molecule, ion) **Rule of Eight and electron configuration (share or transfer e<sup>-</sup>) **metals & non-metals (semi-metals) **Base unit **Ions ***Cation - electron configuration, formed from metals, show valence e go out to get charge of cation, & column on PT name = element ***Anion - same as cations except non-metals, take in valence e to make negative charge, naming is element name add end add "ide" ***Put them together in specific ratio so net charge is neutral. Subscripts in chemical formula = #ratio of each ion ***Base unit name - actually made up of ions but need both ion represented so call it formula unit <br> <i>HW</i><br> <br> <b>Day 3</b><br> *Review <i>HW</i><br> *Study for Quiz/test<br> <br> <b>Day 4</b><br> *Quiz/test on moles and table <br> <br> <b>Extra Day (Turkey Day)</b> *Calculating mole with candy <br> <b>Day 1</b><br> *Percent composition *Molar mass and mole calculation <i>Hw</i><br> *Handout on Molar mass and mole calculation
View other revisions
ChemistryWiki
|
RecentChanges
|
Preferences