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Please note that this page does not hosts or makes available any of the listed filenames. You
cannot download any of those files from here.
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| _README.txt |
1.97KB |
| 1 - Bumper Cars - Introduction 507.mp4 |
19.71MB |
| 1 - Closing for How Things Work 1 (Pilot Season) 218.mp4 |
7.69MB |
| 1 - Falling Balls - Introduction 710.mp4 |
25.23MB |
| 1 - Introduction to How Things Work 0439.mp4 |
11.50MB |
| 1 - Ramps - Introduction 442.mp4 |
16.13MB |
| 1 - Seesaws - Introduction 430.mp4 |
15.47MB |
| 1 - Skating - Introduction 347.mp4 |
14.47MB |
| 1 - Wheels - Introduction 341.mp4 |
11.51MB |
| 2 - Bumper Cars - Part 1 - Does a moving bumper car carry a force 1802.mp4 |
61.64MB |
| 2 - Falling Balls - Part 1 - Why does a dropped ball fall downward 445.mp4 |
16.97MB |
| 2 - Ramps - Part 1 - Why doesnt a wagon fall through a sidewalk 1106.mp4 |
41.65MB |
| 2 - Seesaws - Part 1 - How does a balanced seesaw move 1709.mp4 |
64.91MB |
| 2 - Skating - Part 1 - Why does a motionless skater tend to remain motionless 908.mp4 |
37.20MB |
| 2 - Wheels - Part 1 - Why does a wagon need wheels 958.mp4 |
36.48MB |
| 3 - Bumper Cars - Part 2 - How is momentum transferred from one bumper car to another 2353.mp4 |
89.11MB |
| 3 - Falling Balls - Part 2 - How differently do different balls fall 1408.mp4 |
55.45MB |
| 3 - Ramps - Part 2 - Why does a sidewalk perfectly support a wagon 742.mp4 |
29.00MB |
| 3 - Seesaws - Part 2 - Why does a seesaw need a pivot 1351.mp4 |
57.62MB |
| 3 - Skating - Part 2 - Why does a moving skater tend to continue moving 454.mp4 |
20.62MB |
| 3 - Wheels - Part 2 - Why is sliding a box across the floor usually hardest at the start 2040.mp4 |
78.48MB |
| 4 - Bumper Cars - Part 3 - Does a spinning bumper car carry a torque 1729.mp4 |
64.74MB |
| 4 - Falling Balls - Part 3 - How would a ball fall on the moon 945.mp4 |
34.45MB |
| 4 - Ramps - Part 3 - How does a wagon move as you let it roll freely on a ramp 1219.mp4 |
44.50MB |
| 4 - Seesaws - Part 3 - Why does a lone seesaw rider plummet to the ground 2322.mp4 |
79.61MB |
| 4 - Skating - Part 3 - How can we describe the fluid effortless motion of a coasting skater 833.mp4 |
35.69MB |
| 4 - Wheels - Part 3 - How is energy wasted as a box skids to a stop 1804.mp4 |
67.33MB |
| 5 - Bumper Cars - Part 4 - How is angular momentum transferred from one bumper car to another 1547.mp4 |
60.96MB |
| 5 - Falling Balls - Part 4 - How does a falling ball move after it is dropped 2455.mp4 |
76.86MB |
| 5 - Ramps - Part 4 - Why is it more exhausting to lift a wagon up than to lower a wagon down 2959.mp4 |
100.60MB |
| 5 - Seesaws - Part 4 - Why do the riders weights and positions affect the seesaws motion 1939.mp4 |
74.45MB |
| 5 - Skating - Part 4 - How does a skater start stop or turn 1632.mp4 |
60.17MB |
| 5 - Wheels - Part 4 - How do wheels help a wagon coast 1939.mp4 |
77.07MB |
| 6 - Bumper Cars - Part 5 - How does a bumper car move on an uneven floor 1511.mp4 |
53.24MB |
| 6 - Falling Balls - Part 5 - How can a ball move upward and still be falling 2117.mp4 |
61.47MB |
| 6 - Ramps - Part 5 - Why is it easier to pull a wagon up a ramp than to lift it up a ladder 1450.mp4 |
49.81MB |
| 6 - Seesaws - Part 5 - Why do the riders distances from the pivot affect the seesaws responsiveness 1728.mp4 |
71.28MB |
| 6 - Skating - Part 5 - Why does a skater need ice or wheels in order to skate 439.mp4 |
19.47MB |
| 6 - Wheels - Part 5 - How do powered wheels propel a bicycle or car forward 1759.mp4 |
67.90MB |
| 7 - Bumper Cars - Summary 400.mp4 |
16.64MB |
| 7 - Falling Balls - Part 6 - How does a balls horizontal motion affect its fall 2551.mp4 |
84.01MB |
| 7 - Ramps - Summary 357.mp4 |
13.24MB |
| 7 - Seesaws - Part 6 - How do the seesaws riders affect one another 1920.mp4 |
64.21MB |
| 7 - Skating - Summary 121.mp4 |
5.23MB |
| 7 - Wheels - Part 6 - How is energy present in a wheel 1804.mp4 |
71.04MB |
| 8 - Falling Balls - Summary 322.mp4 |
12.16MB |
| 8 - Seesaws - Summary 314.mp4 |
13.10MB |
| 8 - Wheels - Summary 230.mp4 |
9.85MB |