MONDAY
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TUESDAY
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WEDNESDAY
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ch16 Calculating Energy | |
File Size: | 465 kb |
File Type: | ppt |
Energy Calculations practice | |
File Size: | 26 kb |
File Type: | docx |
THURSDAY
2 may
ch 16 Calculating enthalpy
HW: Calculating enthalpy
Due: Calculating Heat
HW: Calculating enthalpy
Due: Calculating Heat
ch16 Caluclating enthalpy | |
File Size: | 359 kb |
File Type: | ppt |
Calculating enthalpy | |
File Size: | 29 kb |
File Type: | docx |
FRIDAY
3 may
Ch 17 Reaction Rates
-WA ch 16 due Sunday night
-WA ch 16 due Sunday night
ch17 Reaction rates | |
File Size: | 2901 kb |
File Type: | ppt |
6 mayReview ch 16, 17
Due: -Calculating enthalpy -WA ch 17
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7 mayEXAM: ch 16, 17
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8 may18.1 Equilibrium
HW: Keq HW
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9 may18.2 le Chatelier's Principle
HW: Le Chatelier's Principle
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10 maych 19 Acids and Bases
Due: Keq HW WA ch 18 due Sunday night
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13 maych 19 pH of strong acids and bases
Due: LeChatelier's principle
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14 maych 19 Neutralization
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15 mayReview ch 18,19
Due: -ch19 practice problems -WA ch19
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23 mayEXAM: ch 18, 19
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24 mayCRT Review
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20 mayCRT - 416
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21 mayCRT Reviews
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22 mayCRT - 416
Work day |
23 mayStoich lab
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24 mayThermochemistry Lab
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27 mayMemorial Day
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28 mayAcids-Bases lab
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29 mayCombined Gas law
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30 mayIdeal Gas Law
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31 mayGases Review
Due: -Gas Laws Practice problems -WA ch14 (June 2) Last day for late/make-up work
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A bit of help:
ch16 WA
7. look up the specific heats
8. Think about it: is this process endo- or exo-thermic?
9. Answer in scientific notation (ex) 1.27e+04
10. look up the specific heat
14. Extra Credit for Ms. Call's class! Remember, q=mc/\T for temperature changes and /\H for phase changes
ch18 WA
2. Do not forget to include the phase!
11-16. Does this look familiar? It's almost exactly like one from your worksheet
17-18. Don't forget to write the Keq expression first
19. Possible precipitate = AgCl(s)
20. Strontium chromate = SrCrO4
21. Possible precipitate = Fe(OH)2
23. Remember to find Molarity. M = mol/L
ch19 WA
3. produces CO2
18. 7.6<pH<8.2
21. unbalanced: ___ KHCO3 + ___ HClO2 --> ___ KClO2 + ___ H2O + ___ CO2
22. converting [H+] to [OH-] and [OH-] to [H+]
29. Conjugate base of H3BO3 is [H2BO3]-. Notice: it loses H+ and its charge changes. Follow the pattern!
CRT Review WA - bonus: the percentage you complete is how many points you may earn
ch14 WA
How do you know which equation to use?
- If you are dealing with 2 sets of similar conditions, use the combined gas
- If you have only one set of conditions, use the ideal gas law
9. Use the combined gas law
14. solve for n, then convert to grams
16. Skip this one - it is miscalibrated for some people
17. Use the combined gas law
7. look up the specific heats
8. Think about it: is this process endo- or exo-thermic?
9. Answer in scientific notation (ex) 1.27e+04
10. look up the specific heat
14. Extra Credit for Ms. Call's class! Remember, q=mc/\T for temperature changes and /\H for phase changes
ch18 WA
2. Do not forget to include the phase!
11-16. Does this look familiar? It's almost exactly like one from your worksheet
17-18. Don't forget to write the Keq expression first
19. Possible precipitate = AgCl(s)
20. Strontium chromate = SrCrO4
21. Possible precipitate = Fe(OH)2
23. Remember to find Molarity. M = mol/L
ch19 WA
3. produces CO2
18. 7.6<pH<8.2
21. unbalanced: ___ KHCO3 + ___ HClO2 --> ___ KClO2 + ___ H2O + ___ CO2
22. converting [H+] to [OH-] and [OH-] to [H+]
29. Conjugate base of H3BO3 is [H2BO3]-. Notice: it loses H+ and its charge changes. Follow the pattern!
CRT Review WA - bonus: the percentage you complete is how many points you may earn
ch14 WA
How do you know which equation to use?
- If you are dealing with 2 sets of similar conditions, use the combined gas
- If you have only one set of conditions, use the ideal gas law
9. Use the combined gas law
14. solve for n, then convert to grams
16. Skip this one - it is miscalibrated for some people
17. Use the combined gas law