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Lecture Slide

Title

File Name

1.2 Changes of State an26_035.mov

1.8 Electrolysis of Water an26_005.mov

1.10 Formation of Water dm27_002.mov

2.1 Multiple Proportions an26_006.mov

2.5 Millikan Oil Drop Experiment an26_003.mov

2.8 Rutherford an26_010.mov

2.20 Electrolytes dm27_003.mov

3.5 Reactions with O₂ dm27_015.mov

3.6 Decomposition of HgO dm27_013.mov

3.14 Limiting Reagents an26_001.mov

4.1 Electrolytes an26_036.mov

4.2 Strong and Weak Electrolytes dm27_005.mov

4.4 Dissolution of NaCl an26_004.mov

4.9 Aqueous Acids an26_037.mov

4.11 Aqueous Bases an26_038.mov

4.14 Natural Indicators dm27_010.mov

4.16 Magnesium Hydroxide an26_041.mov

4.18 Redox I an26_007.mov

4.19 Redox II an26_008.mov

4.21 Formation of Silver Crystals dm27_006.mov

4.23 Solution Formation an26_012.mov

4.24 Dilution an26_011.mov

4.26 Titration an26_042.mov

6.4 Photoelectric Effect an26_013.mov

6.15 Radial Distribution an26_019.mov

6.19 Configurations an26_014.mov

7.2 Effective Nuclear Charge an26_015.mov

7.5 Atomic Radii an26_021.mov

7.6 Ionization Energy an26_017.mov

7.9 Ionization Energy an26_023.mov

7.10 Electron Affinity an26_018.mov

7.13 Acid-Base Oxides an26_022.mov

7.15 Na and K Plus Water dm27_004.mov

7.17 Flame Test for Metals dm27_008.mov

7.21 Reactions With O₂ dm27_015.mov

7.23 Formation of AlBr₃ dm27_017.mov

8.5 Na + Chlorine Reaction dm27_003.mov

8.9 Atomic Radii an26_021.mov

8.11 Electronegativity an26_024.mov

9.5 VSEPR Theory an26_028.mov

10.6 P-V Relationships an26_031.mov

10.9 Electrolysis of Water an26_005.mov

10.17 Kinetic Energy in a Gas an26_032.mov

11.2 Changes of State an26_035.mov

11.5 Potassium Permanganate an26_040.mov

11.16 Vapor Pressure vs. T an26_034.mov

13.6 Henry's Law an26_033.mov

Lecture Slide	Title	File Name
1.2	Changes of State	an26_035.mov
1.8	Electrolysis of Water	an26_005.mov
1.10	Formation of Water	dm27_002.mov
2.1	Multiple Proportions	an26_006.mov
2.5	Millikan Oil Drop Experiment	an26_003.mov
2.8	Rutherford	an26_010.mov
2.20	Electrolytes	dm27_003.mov
3.5	Reactions with O₂	dm27_015.mov
3.6	Decomposition of HgO	dm27_013.mov
3.14	Limiting Reagents	an26_001.mov
4.1	Electrolytes	an26_036.mov
4.2	Strong and Weak Electrolytes	dm27_005.mov
4.4	Dissolution of NaCl	an26_004.mov
4.9	Aqueous Acids	an26_037.mov
4.11	Aqueous Bases	an26_038.mov
4.14	Natural Indicators	dm27_010.mov
4.16	Magnesium Hydroxide	an26_041.mov
4.18	Redox I	an26_007.mov
4.19	Redox II	an26_008.mov
4.21	Formation of Silver Crystals	dm27_006.mov
4.23	Solution Formation	an26_012.mov
4.24	Dilution	an26_011.mov
4.26	Titration	an26_042.mov
6.4	Photoelectric Effect	an26_013.mov
6.15	Radial Distribution	an26_019.mov
6.19	Configurations	an26_014.mov
7.2	Effective Nuclear Charge	an26_015.mov
7.5	Atomic Radii	an26_021.mov
7.6	Ionization Energy	an26_017.mov
7.9	Ionization Energy	an26_023.mov
7.10	Electron Affinity	an26_018.mov
7.13	Acid-Base Oxides	an26_022.mov
7.15	Na and K Plus Water	dm27_004.mov
7.17	Flame Test for Metals	dm27_008.mov
7.21	Reactions With O₂	dm27_015.mov
7.23	Formation of AlBr₃	dm27_017.mov
8.5	Na + Chlorine Reaction	dm27_003.mov
8.9	Atomic Radii	an26_021.mov
8.11	Electronegativity	an26_024.mov
9.5	VSEPR Theory	an26_028.mov
10.6	P-V Relationships	an26_031.mov
10.9	Electrolysis of Water	an26_005.mov
10.17	Kinetic Energy in a Gas	an26_032.mov
11.2	Changes of State	an26_035.mov
11.5	Potassium Permanganate	an26_040.mov
11.16	Vapor Pressure vs. T	an26_034.mov
13.6	Henry's Law	an26_033.mov