Final!!!  Here are the old study guides from first semester if you want to redo them.

Study Guide #4

Acid/Base, etc. Study Guide

Gases, etc. Study Guide

Stoich Study Guide

All four problems on the second worksheet (make sure that you treat them all as basic solutions)

 

 

Print out notes!!!

Organic Chemistry Test

Organic Chemistry Quiz

Isomers of Hexane Worksheet

Alkane, Alkene, Alkyne Chart

Print out notes!!!

Acid/Base Test!

 

Jeopardy attached

Study Guide due

Article Questions due.   

Titration Lab Due!

p. 616 #23, p. 884 #20, 21 (the acid in #21 can be written as HC3H5O2)

 

 

 

pH Worksheet AND p. 611 #19 and p. 612 #20

 

Cabbage Lab Due!

Acid/Base/Electrolyte Worksheet

Kinetics/Equilibrium Test and don't forget to print out notes!

Kinetics/Equilibrium Study Guide

 

Also, print out notes!!!

 

Penny Equilibrium Lab due!

Finish Le Chatelier's Principle worksheet AND finish Equilibrium Constant Worksheet

#1-10 on the left side of the Le Chatelier's Principle Worksheet.  Do not complete the K column.

Approaching Equilibrium Worksheet

Factors that influence reaction rates Worksheet

Lab due!

Study for Quiz!

Print out the notes!

Reaction Rates Worksheet

Potential Energy Diagram Worksheet

Print Kinetics Notes!

Solutions Test!

Study Guide due!

 

Attached are the notes from yesterday (more like an FYI as it isn't required information)

p. 468 #21-23, p. 469 #24-25, p. 470 #26-27

Concentration Worksheet #2

Comic Strip Due!

Concentration Worksheet #1

p. 461 #3, 4
p. 484 #48-51

 

Quiz time!

Print out solutions fill-in notes!

Thermo test today!

 

Optional practice problems with answers:

p. 525 #78-80
p. 881 #4-6
p. 504: #20, 21
p. 525 #82, 83, 86

78:1.56 x 10^8 J
79: 30000 kJ
80: 140g of water
4: 3.74 J/gdegC
5: 0.214 J/gdegC
6: 0.900 J/gdegC
20: 2.58 kJ
21: 376 kJ
82: 287 kJ
83: 2830 kJ
86: 732 kJ

Study guide due!

Presentation Due Today!

Here is the rubric (20 points):

Participation: (1 point per person that shared - must be relatively even)

Content: (2 points per torch shared)

Synthesis: (1 point for picking a best torch or making the best torch, 3 points for justification)

Visual: (2 points for a visual aid)

Presentation Quality: (2 points well planned and executed presentation)

 

Heating and Cooling Curves worksheet2

 

Answers (may vary slightly)

1. (5 steps) -144000J

2. (4 steps) -4.60x10^4J

3. (3 steps) -15640J

4. (5 steps) +182000J

5. (5 steps) -121700J

Start researching your torch!  Here are some guidelines and helps:

 

Research the torch relay from a previous Olympic event and answer the following questions:

 

What material was the torch made of?

What fuel was used?

What are the advantages and disadvantages of using that fuel?

Were there any situations during the relay that were out of the ordinary?

Any other interesting facts about the torch or torch relay?

 

Choose a Summer Olympics from 1936-2012. Note: the 1940 and 1944 were cancelled.

 

Sources:

http://en.wikipedia.org/wiki/Olympic_torch_relay

http://olympic-museum.de/index.html

 

Requirements: each member of each group must choose a different year.

                             his, you will gather your information to make an argument about which of the torches was the best one of the four chosen.

                             This will be presented in front of the class some time this week.

Heating and Cooling Curves Worksheet

Calorimetry 2 and Hfus and Hvap Worksheet AND Quiz!!!

 

Top:
2: 56degC
4: Rhenium

Bottom:
1. 85,200J
3. 5.0x10^3 cal
5. -18,400J
7. -86.3 kJ
9. 172 J/g

Calorimetry Worksheet #1

 

Lab due too!

Specific heat worksheet

 

Left:
1. 3180 J

2. -9390 J
3. 19.4 J ; 0.0194 kJ
4. -172,000 J
5. 50.0 °C
6. 0.444 J/g°C

Right:
1. 4080 J
2. -5.00 x 10^3 cal
3. 6.0 g
4. 5.0 x 10^1 g
5. 30.0 °C
6. 23 °C
7. 30. °C

Print out the next set of notes!

Answer the following questions:

 

1).p. 414-415 #39, 41

2).What solids have the highest melting and boiling points? What are some examples of them?

3).What types of solids are the following: copper, potassium nitrate, glass, diamond, iodine?

4.) Fill in the blanks: 

a) condensation: __________ to ____________

b) sublimation: __________ to ____________

c) fusion: _________ to ___________

d) freezing: _________ to __________

5) Define boiling point (use your notes).

IMF and Forces of Attraction Worksheet

Intermolecular Forces Worksheet

Print out Fill-in Notes

Gases Test!

 

Article found here: pressure_cooking.pdf

Ideal Gas Law Worksheet and Gas Law Quiz through Molar Volume   

Answers:

1. 0.0102 mol
6. 5.33 L

• Mole and Volume Worksheet AND p. 441 #56-58 and p. 443 #61, 64
•  

Lab rewrites due!

 

Gas Law Worksheet

 

Selected Answers:

2. 682 mL
6. 221 kPa
7. 10,600 K

Boyle's Law/Charles's Law Worksheet

Absolute Zero Lab due!

Pressure Units Worksheet

Stoich Test!!!

Optional Problems on p. 877 and 878.  Ch.12

Answers:
5: .600 mol HCl
6: 2.29 mol Cr2O3
7: 924 g carbon dioxide
8: 314 g sulfuric acid
9: 1.31 g carbon dioxide
10: 195.7 g aspirin
11: benzene is limiting, 4.2 g chlorine in excess, 64.8 g chlorobenzene produced
12: HCl is limiting, 2.99 g Ni in excess, 4.44 g NiCl2 produced
13: theo. yield: 26.4 g SnI4, 94.7% yield
14: theo. yield: 41.4 g NaAu(CN)2, 93.7% yield

Finish Study Guide

Answers to the study guide:
1a: 0.307mol O2
1b: 0.313mol NO2 (14.4g NO2)
1c: 1.3mol N2O
1d: 4.00mol NO2, 93.8% yield
2a: 18.8g SO2
2b: 494.7g H2O
3a: 15.4g PbI2
3b: 56.3%
4, System #1a: 1, 2, 1, 1 b: 5.78g Ca(OH)2 c: CaC2 d: 2.2g H2O
4, System #2a: 1, 1, 5, 4, 1 b: 6.15g H3BO3 c: Na2B4O7 d: 2.6g H2SO4, 2.8g H2O

Complete % Yield Worksheet

Some answers:
Example 1: 78.3%
Example 2: 50% or 60%

 Limiting Reactant Worksheet Due

Answers:

Example 1: 50.7g iodine
Example 2: 12.5g zinc iodide

p. 368 #20c: 69.92g iron #20d: 13.65g sodium left over
p. 368 #21b: 28g water #21c: 60.0g glucose

#2: 31.9g sodium nitrate
#3: 46g calcium phosphate

Review Worksheet Due!