ClassHomeWork20052006

• Complete Real Gases and other gas problems
• Do Pg#230 #5,24,58,67,70,72,83,97,(what are the conditions for any gas to be considered real. How can you explain this through the van der Waals equation for real gases).
• Answers to Gas Equilibrium AP Question, 1988A
  
  • a1) 0.200M, a2) 0.747atm, b) K_c=2.41E-3 and K_p=8.98E-2, c) 0.40mol
    

Wed 4/5 Due: Fri 4/7

• Read and complete ColligativeProperties
• Do Pg544 #59,60,62,68,72,73
  
• Answers for these questions in Solutions

Tues 4/4 Due: Wed 4/5

• Complete questions and calculations for Enthaply of Chemical Reaction Lab
• Read and take notes on Section 11.5 - 11.7 (Colligative Properties)

• See LabP6Homework (for homework due Monday)

Fri 3/23 Due: Tues 3/28

• Make sure all other homework is complete
• Print out and complete Reaction Set 4

Tues 3/22 Due: Wed 3/23

• Pg494 #8,10,14,16,25-27,30,32,38,64,80-82,84
• AP Question
• Do Reaction Set 9(see LabP6Homework)

Mon 3/18 Due: Tues 3/19 (will steal lab period)

• Read and take notes on Section 10.8 - rest of chapter
  • Will need to read, Change of State, on Pg480-483 a few times before taking notes

Fri 3/17 Due: Mon 3/18

• Print out and read BondPolarity, MolecularPolarity, IntermolecularForces, Vapor Pressure and Boiling Point and BoilingPoint
• Print out LiquidPhase and Read & fill in notes on print out for Section 10.1-10.7.

Thurs 3/9 Due: Tues 3/14

• Print out Polarity and Intermolecular Forces (IMF) webpages
• Pg438 #23a-e,32
• Give all the structural isomer for pentane and name them.
• Choose 7 Lewis Dot Structure from previous homework and give all bond polarity(show math) and molecular polarity (explain why using both bond polarity and geometry of molecule)

Wed 3/8 Due: Thurs 3/9

• Pg1076 #14,16
• Finish AP Bonding package
• Print out Polarity and Intermolecular Forces (IMF) webpages

Tues 3/1 Due: Thurs 3/2

• Review Lewis Dot Structures (can get help from 1st year notes, reading sections in Chapter 8 in Zumdahl and all class )handouts
• Please provide the Lewis Dot Structure, type and number of bonds on the central atom, total number of valence electrons, lone pairs on central atom, shape/geometry and bond angle for the following species, NO₂^1-, XeF₄,BF₃, PO₄^3-, OF₂, CO , H₂O , CCl₄ , PF₃ , SCl₆ , PCl₅ , I₃^1- , ClO₃^1- , KrF₄ , CO₃^2- and all examples in [LewisDotStructure] (give all handout in class).
• Print out Hybridization will be used for next class' notes
• Print out Organic Chemistry - Prefixes and Chemical Formulas for Straight Chain Carbon Compounds

 will be used for next class' notes 

• Pg398 #32a&d,38,41
• Pg398 #54

Wed 2/15 Due: Thurs 2/16

• Study for Atomic Structure , Periodic Table , Nuclear Chemistry, and Buffer Test
• Problems for Weak acid base , salts, and buffers

Tues 2/14 Due: Wed 2/15

• Complete AP questions from package
• Make sure rest of previous homework is done. Will check for grade.

Fri 2/10 Due: Tues 2/14

• Pg335 #24,82a&b, 86,88d&e,94,109,124
• Questions for Nuclear Chemistry

Tues 2/7 Due: Thurs 2/9

• Read rest of chapter 7 and fill in periodic table notes (handed out in class)
• Pg336 #63,65d, 73a, 73b,77

Mon 2/6 Due: Tues 2/7

• Read and take notes on Section 7.1 - 7.11.
• Do Pg336 #41, 51

Thurs 2/2 Due:Mon 2/6

• Get your Level 1 atomic structure, electron configuration and periodic table notes out, if you have them.
• Print out [[Notes on Atomic Structure People]]
• Print out [[Mr. Ferwerda's AP Atomic Structure and Periodic Table Notes]]

• Review Day
• Kinetic review package (including Preliminary Lab Assignment)
• If you want, print out [Mr. Ferwerda's AP Kinetics Notes]

Mon 1/30 Due: Tues 1/31

• Pg594 #38,48
• Reread Section 12.7,12.8
• Start working on Reaction Set 1 and write-up of Kinetics lab (from lab homework)
• Tues will be last lecture of new material (K vs. T and Catalysis) before test.
  

Thurs 1/26 Due: Mon 1/30

• Complete Potential Energy Diagram
• Pg594 #37,43,47 (use back of book to determine rate law)
• Explain how a catalyst can increase rate of a reaction. One explain use the potential energy diagram (assuming exothermic reaction) and another explanation using the kinetic energy diagram.

Wed 1/25 Due: Thurs 1/26
a. Pg592 #19
b. Pg592 23,26
c. Read Section 12.6 & 12.7. Supplement note package

Tues 1/24 Due: Wed 1/25

• Read Section 12.1 - 12.5 using Note package handout (expect Mechanism setion of handout)