Schedule For Electron Configuration And Beyond

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Difference (from prior major revision) (author diff)

Changed: 54,55c54,57

**How valence e interact (share,lose/gain)
**metals and non-metals

**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)

Added: 56a59,60

**metals & non-metals (semi-metals)
**Base unit

Changed: 58,60c62,66

**Cpds and elements that make it, smallest parts (ions, molecules)
**chemical formula and name for each type of cpd

***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

Day 1

Review Schrodinger
Ordering of subenergy level
HW
- Rewrite the list of subenergy levels (from lowest to highest) from Periodic Table

Day 2

Fill rules
Hydrogen degenerate subenergy
Electron configuration
Valence electron
HW:Electron Configuration Homework
- Read Law of Conservation of Mass Lab

Day 3

Exceptions
Law of Conservation of Mass lab

HW: [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

Day 4

Atomic Number, Isotopes, Mass number, # of each subatomic particle
Definition of Atomic Mass and calculating atomic mass
- Exact of isotope
- Mass number

HW:

Complete Homework Table on Subatomic Particles

Calculating atomic mass
Review for rest of chapter

Day 5

Review for test

HW:

Study for test

Day 6

Test

HW:

Introduction to Compounds
Day 1

Introduction of Moles for atoms
- mass to mole
- number of particles to mole

Mole calculation

Day 2

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^-)
- 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

HW

Day 3

Review

Study for Quiz/test

Day 4

Quiz/test on moles and table

Extra Day (Turkey Day)

Calculating mole with candy

Day 1

Percent composition
Molar mass and mole calculation

Handout on Molar mass and mole calculation