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Unit 3

4/15:  St & review Covalent HW from 11/5/Lewis structure lecture & Review VSEPR Handout/ Explain how VSEPR works with 
            examples and use of the model kit/Begin VSEPR Chart/Bullet Casing Lab Questions/
              HW:  1.  Read & take notes on Pg. 400-406 on polarity   2.  Finish bullet casing lab -  Lab Format Handout


4/16 St. Notes & what is a polar bond?/ BC lab ??/VSEPR  Model Kit  practice and complete VSEPR chart - through molecular shape 
            and name - VSEPR Day Instructions/
         HW:  1. Read and take notes on pg. 488-491 & on video:  intermolecular forces  2.  Complete problems 1-7 on pg. 514 / 
         LINK TO READING PAGES AND HW PAGE   3. Submit Bullet Casing Lab to by 9:59 pm

 4/17: [Min. Day]/ St. HW & Review (1-7 pg 514)/Finish VSEPR Chart through molecular geometry - and discuss how to determine 
            whether  a molecule is polar /How does polarity determine IMF's - Demo's /HW: 1. Finish VSEPR Chart   
        2. Naming Compounds #2

4/20:  Review VSEPR Chart with polarity/IMF's Demo's/How to light a Bunsen Burner & prep for Cp of unknown metal lab/
            Pass back Midterms and discuss/HW:  1. Calorimetry worksheet 1 a & b
         2. Read and complete Background Information for Cp Lab  

4/21:   Check answers to HW on board/Cp of unknown metal lab data collection & Sample Calculations guided by handout/
            HW: 1. Finish Cp metal lab -  Use Cp Metal Chart to identify your unknown metal.    2.  VSEPR  [BCl3,NI3,CH3F, CH2O]

4/22:    Collect Cp metal lab/Calorimetry sheet - 2 & 3/Naming covalent sheet/Phase change energy graph handout with notes 
                & use periodic table information/Read through example phase change problem /HW Quiz
                HW: 1. Do Phase change energy problem: Calculate the amount of  energy to change 45.67 grams of ice
                         at - 32.9 degrees Celsius to water at 0.0 degrees Celsius.  


4/23: Review HW/Another Phase Change Energy problem/Gas pressure lecture & pressure units/
         HW:  1. How much energy does it take to change 150.0 grams of liquid water at 34.5 degrees 
        Celsius to steam at  123.4 degrees Celsius?  2. Read Pressure vs. Volume Lab & start Background Information


4/24:     Gas pressure demo - syringe in 1 liter bottle/Graph Manipulation information.Complete BI for lab then Data collection - 
            Graph data points & discuss shape of graph and how to manipulate to make a straight line/Rev HW/
            HW: 1. Finish P vs. V graph by plotting points. identify the graph shape, then manipulate to make a straight line graph
             2.  Phase Change Problem: 
            How much energy is lost when 19.84 grams of steam at 121.4 Celsius is converted to ice at - 3.4 Celsius?
 4/27:  Review P vs. V lab and graphs with partner then turn in/ Review  Phase Change HW key on Document camera/
            Discuss P vs. T lab & complete Pre-write - pictures on little white board/Mixed Nomenclature Worksheet
            HW: 1. Energy Worksheet  (last problem, the math problem is bonus)

4/28:    Phase change Problem - How much energy does it take to change 29.41 grams of water at 21.6 degrees 
            Celsius to steam at 257.9  degrees Celsius /Pressure vs. temp Lab - data collection & graph /HW: 1. Heat HW #1    

4/29:  Pressure vs. Temp:  Plug 0 kPa in for the pressure in your equation of the line and solve for the temperature in Celsius & turn 
            in lab/Temp. conversions/Review Heat HW #1 Key/HW Quiz
            /HW: 1. Read Pressure vs. Moles lab   2. Phase Change #3 : How much energy does it take to change 45.65 grams of 
            ice from -12.8 degrees Celsius to steam at 128.9 degrees Celsius?  3.  Finish P vs. T lab if you did not finish in class

4/30:   Pressure vs. Moles of CO2 Lab - Data collection and begin calcs./
            /HW: 1. All sample Calcs for lab

5/1:  Graph Pressure CO2 vs. moles CO2 and discuss/Syringe demo/Derive: combined gas Law/Combined Gas Law worksheet(1a,2a,3)/
           HW: 1. Pressure vs. moles lab (if you did not already turn in) 2. Combined Gas Law (1a, 2a, 3)  3. Practice test - complete half

5/4:  Gas Pressure Demo's (bell jar)/Gas Law Worksheet - isolating variables/Work on practice test/ HW:  Finish Practice test 

5/5:  PHet simulations of gas pressure/Review  practice test/HW: 1. Study Group 
        2.  Put together all unit 3 HW [Stamped and unstamped}

5/6:  Collect HW Packet/ Unit 3 Test/HW:  1. Use reaction rate reading guide and complete while reading 
            pages 596-600 in textbook  
            2. Review sheet # 1 

 Recommended Reading: Chapter 6: 172-188
                                        Chapter 7: 224-227
                                         Chapter 9: 280-304