MONDAY |
TUESDAY |
WEDNESDAY |
THURSDAY |
FRIDAY |
3 décReactions handout
WA Ch10 - 50%
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4 décWet Lab
Due: Reactions handout
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5 décWet Lab
Write equations |
6 décFinish writing equations for Wet Lab
DUE: -Molecular equations from Wet Lab -WA ch 10 |
7 déc20.1: Oxidation Numbers
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10 déc20.2: Redox
Due: Correct Wet Lab
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11 déc20.3: Half-Reactions
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12 déc21.1: Voltaic Cells
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13 déc21.1: Cell Potential
Due: WA ch 20
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14 déc21.1: Complete equations
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17 déc21.2,3: Batteries, Electrolysis
Due: -ch21 practice problems -WA ch 21
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18 décReview ch 10, 20, 21
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19 décCh 10, 20, 21 EXAM
Due: Review ch 10, 20, 21 Have a great winter break! |
20 décWINTER
BREAK |
21 décWINTER
BREAK |
24 décWINTER
BREAK |
25 décCHRISTMAS!
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26 décWINTER
BREAK |
27 décWINTER
BREAK |
28 décWINTER
BREAK |
31 déc |
A bit of help:
WA ch 10
READ THE INSTRUCTIONS!
4. Use the chart on p. 288
15a. 2B(s) + 3F2(g) → 2BF3
b. Germaium ion is Ge4+
c. Zirconium ion is Zr+4
16a. ___Ba(s) + ___O2(g) → ___BaO(s)
c. ___C3H6O(l) + ___O2(g) → ___CO2(g) + ___H2O(l)
17a. ___MgBr2(s) → ___Mg(s) + ___Br2(l)
19. Use the chart on p.288
For no reaction, put zero in every box on the products side.
20. Use solubility rules to determine which one is (s) & which one is (aq)
WA ch 20
2a. oxidizing agent: I2
reducing agent: Mg
b. oxidizing agent: [H]+
reducing agent: Na
c. oxidizing agent: Cl2
reducing agent: H2S
3, 4, 5, 6, 12, 13: include + or -
11a. oxidizing agent: Cl2
reducing agent: H2S
b. oxidizing agent: N2
reducing agent: H2
c. oxidizing agent: I2
reducing agent: Na
15a. Cr = +3
15b. Au = +3
WA ch 21
WebAssign has some of the numbers incorrectly inputed - I will take that into account as I grade
DO NOT INCLUDE + FOR POSITIVE CELL POTENTIALS (you will need - for negative ones)
7a. lead oxide
b. lead
c. lead sulfate
8. In a fuel cell, the oxidation of a fuel is used to produce electricity.
Current can be produced and sustained as long as a fuel source is present
READ THE INSTRUCTIONS!
4. Use the chart on p. 288
15a. 2B(s) + 3F2(g) → 2BF3
b. Germaium ion is Ge4+
c. Zirconium ion is Zr+4
16a. ___Ba(s) + ___O2(g) → ___BaO(s)
c. ___C3H6O(l) + ___O2(g) → ___CO2(g) + ___H2O(l)
17a. ___MgBr2(s) → ___Mg(s) + ___Br2(l)
19. Use the chart on p.288
For no reaction, put zero in every box on the products side.
20. Use solubility rules to determine which one is (s) & which one is (aq)
WA ch 20
2a. oxidizing agent: I2
reducing agent: Mg
b. oxidizing agent: [H]+
reducing agent: Na
c. oxidizing agent: Cl2
reducing agent: H2S
3, 4, 5, 6, 12, 13: include + or -
11a. oxidizing agent: Cl2
reducing agent: H2S
b. oxidizing agent: N2
reducing agent: H2
c. oxidizing agent: I2
reducing agent: Na
15a. Cr = +3
15b. Au = +3
WA ch 21
WebAssign has some of the numbers incorrectly inputed - I will take that into account as I grade
DO NOT INCLUDE + FOR POSITIVE CELL POTENTIALS (you will need - for negative ones)
7a. lead oxide
b. lead
c. lead sulfate
8. In a fuel cell, the oxidation of a fuel is used to produce electricity.
Current can be produced and sustained as long as a fuel source is present