00:08
BCS 45 inch sickle bar connected to BCS 850 2-wheel tractor in operation.
00:39
BCS Bio 8 Chipper-Shredder connected to BCS 850 Professional 2-Wheel Tractor.
00:34
BCS 850 Professional 2-Wheel Tractor and 30 inch tiller - starting and running.
01:38:50
General Physics, Building a Small Electric Motor
16:41
Lesson 16, Gravitational Theory, Really New Part 2
06:59
Bryant Haynes plays Blackbird for GPS's Got Talent - Mon 3/8/21
12:10
Lesson 85, The Doppler Effect, Decibels, and Speed Along a String, Part 1.mp4
08:41
Lesson 85, The Doppler Effect, Decibels, and Speed Along a String, Part 2.mp4
09:11
How Bryant Haynes Started Playing the Guitar
08:09
The Ear, James Hudspeth, HHMI 1997 Holiday Lecture
05:13
This Land Is Your Land, with the GPS Irregular String Band
14:37
Lesson 68, Heat Engines and The Carnot Cycle, Part 1.mp4
04:08
Lesson 68, Heat Engines and The Carnot Cycle, Part 2.mp4
03:55
Lesson 60, Simple Machines and Efficiency, Part 2.mp4
14:40
Lesson 60, Simple Machines and Efficiency, Part 1.mp4
06:51
Méo Grain d'Or
08:15
Ping Pong Ball Explosion, Girls Preparatory School, August 2016
13:20
Lesson 77, Equivalent Capacitance, EMF in Series and Parallel, and Half-Life and Rate of Decay.mp4
13:23
Lesson 72, Kirchhoff's Laws, Part 1.mp4
09:32
Lesson 67, Capacitors and Capacitor Energy, Part 2.mp4
11:01
Lesson 67, Capacitors and Capacitor Energy, Part 1.mp4
15:00
Lesson 65, Combined Circuits, Ammeters, and Voltmeters.mp4
10:33
Lesson 73, Magnetism III, Faraday's Law and Lenz's Law, Part 2.mp4
14:58
Lesson 73, Magnetism III, Faraday's Law and Lenz's Law, Part 1.mp4
11:21
Lesson 59, Resonance, Standing Waves, and Beat Frequency, Part 3.mp4
14:29
Lesson 59, Resonance, Standing Waves, and Beat Frequency, Part 2.mp4
14:53
Lesson 59, Resonance, Standing Waves, and Beat Frequency, Part 1.mp4
13:57
Lesson 58, Magnetic Fields II, Part 2.mp4
14:28
Lesson 58, Magnetic Fields II, Part 1.mp4
14:23
Lesson 56, Parallel Circuits.mp4
13:39
Lesson 42, Phase Changes, Part 2.mp4
15:00
Lesson 42, Phase Changes, Part 1.mp4
14:44
Lesson 54, Mirror-Thin Lens Equation and Radioactivity, Part 2.mp4
14:52
Lesson 54, Mirror-Thin Lens Equation and Radioactivity, Part 1.mp4
09:44
Lesson 53, Torque, Part 2.mp4
12:34
Lesson 53, Torque, Part 1.mp4
10:33
Lesson 52, Generalized Thermodynamic Processes, Part 3.mp4
13:00
Lesson 52, Generalized Thermodynamic Processes, Part 2.mp4
14:50
Lesson 52, Generalized Thermodynamic Processes, Part 1.mp4
13:34
Lesson 51, Series Circuits, EMF and Terminal Voltage, Part 1.mp4
12:40
Lesson 51, Series Circuits, EMF and Terminal Voltage, Part 2.mp4
14:59
Lesson 49, Motion in a Vertical Circle and Electric Power, Part 2.mp4
14:48
Lesson 49, Motion in a Vertical Circle and Electric Power, Part 1.mp4
09:08
Lesson 48, Magnetic Fields I, Part 3.mp4
13:57
Lesson 48, Magnetic Fields I, Part 2.mp4
14:06
Lesson 48, Magnetic Fields I, Part 1.mp4
10:55
Lesson 47, Totally Elastic Collisions and Ballistic Pendulums, Part 2.mp4
12:07
Lesson 47, Totally Elastic Collisions and Ballistic Pendulums, Part 1.mp4
13:58
Lesson 74, Single Slit Diffraction, Diffraction Grating, and Thin Film Interference, Part 2.mp4
11:33
Lesson 74, Single Slit Diffraction, Diffraction Grating, and Thin Film Interference, Part 1.mp4
09:46
Lesson 63, Prisms and Total Internal Reflection, Part 2.mp4
11:10
Lesson 63, Prisms and Total Internal Reflection, Part 1.mp4
13:58
Lesson 57, Nature of Light and Young's Double-Slit Experiment, Part 3.mp4
14:54
Lesson 57, Nature of Light and Young's Double Slit Experiment, Part 2
15:01
Lesson 57, Nature of Light and Young's Double Slit Experiment, Part 1
14:19
Lesson 50, Diverging Optical Elements - Convex Mirrors and Concave Lenses, Part 2.mp4
14:13
Lesson 50, Diverging Optical Elements - Convex Mirrors and Concave Lenses, Part 1.mp4
13:20
Lesson 80, Bernoulli's Principle, Part 1.mp4
07:11
Lesson 80, Bernoulli's Principle, Part 2.mp4
10:11
Lesson 76, Ideal Fluids, Flow Rate, and the Continuity Equation.mp4
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