ExamKrackers (Jordan & Jon)
Audio Osmosis Disc 2
2002
vocal

#    Title    Time    Info  
1 Phys3:Equilibrium 2:50
2 Phys3:Equilibrium Example 3:05
3 Phys3:Non-Equilibrium 0:57
4 Phys3:Non-Equilibrium Example 2:06
5 Phys3:Torque 1:43
6 Phys3:Example of Torque 3:24
7 Phys3:Energy 1:26
8 Phys3:Types of Energy 0:28
9 Phys3:Gravitational Potential Energy 2:18
10 Phys3:Elastic Potential Energy 0:36
11 Phys3:Systems 1:30
12 Phys3:The First Law of Thermodynamics 0:44
13 Phys3:Work vs. Heat 0:40
14 Phys3:Work 1:00
15 Phys3:Another Formula for Work 1:45
16 Phys3:Conservative Forces 1:47
17 Phys3:Work & Conservative Forces 1:33
18 Phys3:Friction & Work 0:58
19 Phys3:Power 1:04
20 Phys4:Momentum vs. Inertia 2:14
21 Phys4:Momentum Defined 0:36
22 Phys4:Elastic vs. Inelastic Collisions 1:51
23 Phys4:Collision Example 1:40
24 Phys4:Solving Collision Problems 1:01
25 Phys4:Reverse Collisions 0:51
26 Phys4:Impulse 1:11
27 Phys4:The Reason for Machines 0:38
28 Phys4:How Machines Work 0:28
29 Phys4:Ramps 1:29
30 Phys4:Levers 1:18
31 Phys4:Pulleys 2:57
32 Phys4:Halflife 2:38
33 Phys4:Alpha Particles 1:04
34 Phys4:Beta Decay 1:12
35 Phys4:Positron Emission 0:39
36 Phys4:Electron Capture 0:24
37 Phys4:Gamma Rays & Annihilation 0:40
38 Phys4:E=mc^2 2:35
39 Phys4:Fission & Fusion 1:35
Total time 55:01