Editing 2017-2018 AP Atomic Structure And Periodic Table
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<u>History of Atom and Atomic Structure</u><br> *[http://tmcleod.org/cgi-bin/chem1/wiki.cgi?Atomic_Theory_Thru_Dalton 1st Year Atomic Theory thru Dalton] *AP Book Section 2.2 **Includes Math to show Law of Multiple Proportion (not done in 1st Year) *AP Book Section 2.3 <br> *[http://tmcleod.org/cgi-bin/chem1/wiki.cgi?Atomic_Theory_After_Dalton_Thru_Bohr 1st Year Atomic Theory After Dalton Thru Bohr] *AP Book Section 2.4 *AP Book section 2.5 <br> *[http://tmcleod.org/cgi-bin/chem1/wiki.cgi?What_Light_Is_And_How_It_Related_To_Atom) 1st Year What Light Is and How It Relates to Atom] (includes math for Energy, Wavelength, and Frequency) *AP Section 7.1 *AP Section 7.2 *[http://www.pas.rochester.edu/~blackman/ast104/absorption.html Atomic Emission and Absorption Spectra Webpage] **New AP material, Photoelectric Effect<br> *Section 7.3 *Section 7.4 **New AP material, Calculate Energy of electrons at different energy levels and between (Pg296-300). <u>HW:</u><br> 1. AP Book Pg70 (Chapter 2) #19, 21, 33, 35<br> 2. AP Book Pg330 (Chapter 7) #39, 47, 53a&b, 59 <br> ----<br> <u>Atomic Structure and Quantum Mechanics</u><br> <br> *[http://tmcleod.org/cgi-bin/chem1/wiki.cgi?Correct_Model_Of_Atom_And_Why_We_Care 1st Year Overview of What Correct Model is and Why We Care], [http://tmcleod.org/cgi-bin/chem1/wiki.cgi?Energy_Level,_Subenergy_Level,_And_Orbitals 1st Year Energy Levels Subenergy Levels and Orbitals, [http://www.tmcleod.org/Level1/Chem328QuantumMechanicElectronConfiguration/Chem328OrderingSubenergyLevelNotes.pdf 1st Year Ordering of Energy Level, Subenergy Levels and Orbital] **AP Book Section 7.5 Quantum Mechanical Model ***P302-303 New AP Material, Physical Meaning of Wave Function **AP Book Section 7.6 New AP Material Quantum Numbers **AP Book Section 7.7 **AP Book Section 7.8 **AP Book Section 7.9 New Material, Radial probability in Polyelectronic Atoms <u>HW:</u><br> 1. 1st Year Electron Configuration Homework Handout<br> 2. AP Book Pg332-333 # 73, 75, 81,85,93 (for #73 & 75 need to explain Quantum Number) <br> -----<br> <u>New AP Material</u><br> *[http://www.wayzata.k12.mn.us/cms/lib/MN01001540/Centricity/Domain/696/Ch%207%20ppt%20w%20reading%20no%20notes.pdf Powerpoint with AP Material] (Powerpoint Presentation for Zumdahl Chapter 7 and a couple other Atomic concepts) *[http://apchemresources2014.weebly.com/uploads/9/7/6/4/9764824/photoelectron_spectroscopy_info.pdf Photoelectron Spectroscopy (PES) in AP Chemistry] **Newer AP Concept to Curriculum and exam **Experiment way of explaining electron configuration *[https://en.wikipedia.org/wiki/Gas_chromatography Wikipedia Explanation of Gas Chromatograph] **Read up to "Content" for a simple explanation of GC **GC separates sample of mixture into its substances **Often use GC to find the components (and amount) of a sample and then determine what those components are using Mass Spectrometry) **[https://jahschem.wikispaces.com/gas+chromatography Simple Explanation of Gas Chromatograph and its Output] *[http://www.tmcleod.org/AP/APAtomicStructurePeriodicTable/LabInitioMassSpectrometry.ppsx Powerpoint Presentation on Mass Spectrometry]. **[http://www.bozemanscience.com/ap-chem-009-mass-spectrometry Bozeman's You Tube Video on Mass Spectroscopy]<br> ----<br> ----<br> <br> <u>History of Periodic Table and Periodic Trends</u><br> <br> 1. Complete all Periodic Trends including Electron Affinity and Higher Ionization Energies (both in AP book 7.12). <br> 2. Also need to do History of Periodic Table and General Information. <br> a. From 1st year, need to fill in top portion of Periodic Table Notes and make sure you know all words in bottom of that webpage. AP book reference is 7.10 and 7.11 for this information. Gave you hard copy in class. <br> b. Complete handout given a few classes ago on Periodic Trends. AP book reference for trends are 7.12, 8.2 (Electronegativity) and Pg352-353 Ionic size (it is part of 8.4). <br> <u>HW:</u><br> 1. Both section of 2 above.<br> 2. AP Book Pg 333-336 #99a&b, 101b&c, 103b&d&e, 107, 109, 113, 147<br>
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