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Vol 1Policies and Practices for ProsecutorsRun Time
 Chapter 1What to Do When You Get the Call18:34
 Chapter 2The Prosecutor at the Scene19:18
 Chapter 3Proper Follow-up Investigation, part 121:10
 Chapter 4Proper Follow-up Investigation, part 219:09
 Chapter 5Proper Follow-up Investigation, part 317:37
Vol 2The Scientific Foundation for Collision Reconstruction 
 Chapter 1What a Defense Expert May Bring to Your Case17:05
 Chapter 2Why Do We Need Collision Reconstruction?20:50
 Chapter 3Comments on Reconstruction Experts21:09
 Chapter 4Newton’s 1st Law, part 119:31
 Chapter 5Newton’s 1st Law, part 217:42
 Chapter 6Newton’s 2nd Law21:55
 Chapter 7Vehicle Weight and Braking, Newton’s 3rd Law16:14
 Chapter 8Center of Mass and Vectors18:03
 Chapter 9delta-V and Energy25:00
Vol 3Speed from Braking Evidence (addition content in Vol. 4, Chapters 10, 11, 12) 
 Chapter 1Braking Evidence and Speed21:20
 Chapter 2Attacks on Braking Speed Estimates21:37
 Chapter 3Speed from Skid Marks Equation24:02
 Chapter 4The Minimum Speed Equation and Drag Factor20:51
 Chapter 5Effect of Tires and ABS on Drag Factor21:59
 Chapter 6Measuring Friction with a Drag Sled20:44
 Chapter 7Drag Sled Validation Studies, Accelerometers24:59
 Chapter 8Expert’s Misuse of the Accelerometer28:14
 Chapter 9Additional Comments on Drag Factor20:47
 Chapter 10Determining Skid Length, part 120:25
 Chapter 11Determining Skid Length, part 219:29
 Chapter 12Brake Efficiency, part 120:41
 Chapter 13Brake Efficiency, part 218:57
Vol 4Pedestrian Crash Investigation / Reconstruction 
 Chapter 1Why Are Pedestrian Crashes Problematic?17:21
 Chapter 2Defenses in Hit-run Cases20:25
 Chapter 3Sources of Information and Negligence Issues18:07
 Chapter 4Pedestrian Crash Investigation Overview18:02
 Chapter 5Where Did the Collision Occur?21:13
 Chapter 6How Did the Pedestrian Get to the Impact, Witness Statements20:56
 Chapter 7Pre-crash Pedestrian Movement17:20
 Chapter 8Pedestrian Walking Speed32:13
 Chapter 9Speed from Skid Mark Evidence, part 120:25
 Chapter 10Speed from Skid Mark Evidence, part 219:56
 Chapter 11Speed from Skid Mark Evidence, part 320:45
 Chapter 12Pedestrian Throw Equations18:37
 Chapter 13Misuse of the Throw Equations, Head Strike Charts19:28
 Chapter 14Pedestrian Case Study19:02
 Chapter 15Faux Defenses in Pedestrian Cases21:38
 Chapter 16Event Data Recorder (EDR) Evidence, part 122:44
 Chapter 17Event Data Recorder (EDR) Evidence, part 219:13
Vol 5Critical Speed Yaw and Energy Analysis 
 Chapter 1Critical Speed Yaw: The Basics22:49
 Chapter 2Measuring Yaw Marks, Calculating Speed26:01
 Chapter 3Challenges to CSY Evidence/Analysis Part 123:04
 Chapter 4Challenges to CSY Evidence/Analysis Part 222:33
 Chapter 5Challenges to CSY Evidence/Analysis Part 326:34
 Chapter 6Conservation of Energy Principle26:25
 Chapter 7Combined Speeds Equation29:55
 Chapter 8Application of the Combined Speeds Equation31:56
 Chapter 9Crush Energy25:20