Канал: Peter Halverson (halverscience)

Cosmic Ray Spark Chamber at Griffith Observatory

Cosmic Ray Spark Chamber at Griffith Observatory

Neutrinos 101 (halverscience)

Neutrinos 101 (halverscience)

Ch02 part4 Formulas and Gravity (halverscience)

Ch02 part4 Formulas and Gravity (halverscience)

Ch02 part3 Acceleration (halverscience)

Ch02 part3 Acceleration (halverscience)

Ch02 part2 Instantaneous Velocity (halverscience)

Ch02 part2 Instantaneous Velocity (halverscience)

Ch02 part1 Average Velocity (halverscience)

Ch02 part1 Average Velocity (halverscience)

Ch02 part5 the Big Five formulas (halverscience)

Ch02 part5 the Big Five formulas (halverscience)

Ch04 toss ball for analysis (halverscience)

Ch04 toss ball for analysis (halverscience)

Ch04 Part3 Projectile Range (halverscience)

Ch04 Part3 Projectile Range (halverscience)

Ch04 part2 Projectile Motion (halverscience)

Ch04 part2 Projectile Motion (halverscience)

Ch04 part1 Two Dimensional Motion (halverscience)

Ch04 part1 Two Dimensional Motion (halverscience)

Ch03 part4 Vector Math and Unit Vectors (halverscience)

Ch03 part4 Vector Math and Unit Vectors (halverscience)

Ch03 part3 Vectors Addition-Three Methods (halverscience)

Ch03 part3 Vectors Addition-Three Methods (halverscience)

Ch03 part2 Vector Direction and Components (halverscience)

Ch03 part2 Vector Direction and Components (halverscience)

Ch03 part1 Vectors Intro and Components (halverscience)

Ch03 part1 Vectors Intro and Components (halverscience)

Ch15 part2 Pressure (halverscience)

Ch15 part2 Pressure (halverscience)

Attach a Phone to Your Telescope (halverscience)

Attach a Phone to Your Telescope (halverscience)

Make Your Own Telescope (1st cut)

Make Your Own Telescope (1st cut)

FPGAs for Sci&Eng 4: Analog Output from FPGAs (halverscience)

FPGAs for Sci&Eng 4: Analog Output from FPGAs (halverscience)

FPGAs for Sci&Eng 3: Low Noise Power Source (halverscience)

FPGAs for Sci&Eng 3: Low Noise Power Source (halverscience)

FPGAs for Scientists and Engineers 2 - Hardware (halverscience)

FPGAs for Scientists and Engineers 2 - Hardware (halverscience)

FPGAs for Scientists and Engineers 1 - Introduction (halverscience)

FPGAs for Scientists and Engineers 1 - Introduction (halverscience)

Ch15 part2 Pressure (Old version)

Ch15 part2 Pressure (Old version)

Ch15 part1 Density Pressure (halverscience)

Ch15 part1 Density Pressure (halverscience)

Ch15 part3 Buoyancy (halverscience)

Ch15 part3 Buoyancy (halverscience)

Ch15 part4 Toricelli and Bernoulli (halverscience)

Ch15 part4 Toricelli and Bernoulli (halverscience)

Ch14 part4 Doppler Effect and Standing Waves (halverscience)

Ch14 part4 Doppler Effect and Standing Waves (halverscience)

Ch14 part3 Superposition and Interference (halverscience)

Ch14 part3 Superposition and Interference (halverscience)

Ch14 part2 Reflections and Wave Functions (halverscience)

Ch14 part2 Reflections and Wave Functions (halverscience)

Ch14 part1 Waves Basics (halverscience)

Ch14 part1 Waves Basics (halverscience)

Ch13 part4 Q and Damped Oscillators (halverscience)

Ch13 part4 Q and Damped Oscillators (halverscience)

Ch13 part3 Velocity Energy of Oscillations (halverscience)

Ch13 part3 Velocity Energy of Oscillations (halverscience)

Ch13 part2 Rotation to Harmonic Motion (halverscience)

Ch13 part2 Rotation to Harmonic Motion (halverscience)

Ch13 part1 Oscillators (halverscience)

Ch13 part1 Oscillators (halverscience)

Ch12 part5 NO Escape Black Hole (halverscience)

Ch12 part5 NO Escape Black Hole (halverscience)

Ch12 part4 Escape (halverscience)

Ch12 part4 Escape (halverscience)

Ch12 part3 Energy of Orbits (halverscience)

Ch12 part3 Energy of Orbits (halverscience)

Ch12 part2 Satellite Motion (halverscience)

Ch12 part2 Satellite Motion (halverscience)

Ch12 part1 Universal Gravitation (halverscience)

Ch12 part1 Universal Gravitation (halverscience)

Ch11 part1 Torque (halverscience)

Ch11 part1 Torque (halverscience)

Ch11 part2 Newtons 2nd Law for Torque (halverscience)

Ch11 part2 Newtons 2nd Law for Torque (halverscience)

Ch10 part4 Conservation of Energy with Rotation (halverscience)

Ch10 part4 Conservation of Energy with Rotation (halverscience)

Ch10 part1 Rotation (halverscience)

Ch10 part1 Rotation (halverscience)

Ch10 part3 Moment of Inertia (halverscience)

Ch10 part3 Moment of Inertia (halverscience)

Ch10 part2 Tangential Velocity and KE (halverscience)

Ch10 part2 Tangential Velocity and KE (halverscience)

Ch09 part4 Center of Mass Motion (halverscience)

Ch09 part4 Center of Mass Motion (halverscience)

Ch09 part4a WS 9.1 help

Ch09 part4a WS 9.1 help

ch09 part3 Conservation of Momentum in Explosions (halverscience)

ch09 part3 Conservation of Momentum in Explosions (halverscience)

ch09 part2 Conservation of Momentum in collisions

ch09 part2 Conservation of Momentum in collisions

Ch09 part1b Impulse Graph (halverscience)

Ch09 part1b Impulse Graph (halverscience)

Ch09 part1a Brief Intro to Momentum and Impulse (halverscience)

Ch09 part1a Brief Intro to Momentum and Impulse (halverscience)

Ch08 part3b How to Do the Energy Curves Worksheet (halverscience)

Ch08 part3b How to Do the Energy Curves Worksheet (halverscience)

Ch08 part3a Potential Energy Curves (halverscience)

Ch08 part3a Potential Energy Curves (halverscience)

Ch04 Falling Monkey Part 2 (Physics, projectile motion by halverscience)

Ch04 Falling Monkey Part 2 (Physics, projectile motion by halverscience)

Ch04 Falling Monkey Part 1 (Physics, projectile motion by halverscience)

Ch04 Falling Monkey Part 1 (Physics, projectile motion by halverscience)

Ch08 part2c Another Example Using Conservation of E (halverscience)

Ch08 part2c Another Example Using Conservation of E (halverscience)

Ch08 part2b Example Using Conservation of E (halverscience)

Ch08 part2b Example Using Conservation of E (halverscience)

Ch08 part2a Conservation of Energy (halverscience)

Ch08 part2a Conservation of Energy (halverscience)

Ch08 part1 Conservative vs Nonconservative Forces (halverscience)

Ch08 part1 Conservative vs Nonconservative Forces (halverscience)

Ch07 Part3 4 Work Springs Power (halverscience)

Ch07 Part3 4 Work Springs Power (halverscience)

Ch07 Part2b Work Energy Theorem (halverscience)

Ch07 Part2b Work Energy Theorem (halverscience)

Ch07 Part2a Energy (halverscience)

Ch07 Part2a Energy (halverscience)

Ch06 Part5 Rotation (halverscience)

Ch06 Part5 Rotation (halverscience)

Ch07 Part1 Work (halverscience)

Ch07 Part1 Work (halverscience)

Ch06 Part4 Connected Objects (halverscience)

Ch06 Part4 Connected Objects (halverscience)

Ch06 Part3b Zip Line Example (halverscience)

Ch06 Part3b Zip Line Example (halverscience)

Ch06 Part3a Equilibrium (halverscience)

Ch06 Part3a Equilibrium (halverscience)

Ch06 Part2 Strings and Springs (halverscience)

Ch06 Part2 Strings and Springs (halverscience)

Ch06 Part1c Friction of Fluids (halverscience)

Ch06 Part1c Friction of Fluids (halverscience)

Ch06 Part1b Friction Continued (halverscience)

Ch06 Part1b Friction Continued (halverscience)

Ch06 Part1a Friction (halverscience)

Ch06 Part1a Friction (halverscience)

Ch05e Newton's Laws 26-33 (halverscience)

Ch05e Newton's Laws 26-33 (halverscience)

Ch05d Newtons Laws 22-25 (halverscience)

Ch05d Newtons Laws 22-25 (halverscience)

Ch05c Newtons Laws 13-21 (halverscience)

Ch05c Newtons Laws 13-21 (halverscience)

Ch05b Newtons Laws 08-12 (halverscience)

Ch05b Newtons Laws 08-12 (halverscience)

Ch05a Newtons Laws 01-07 (halverscience)

Ch05a Newtons Laws 01-07 (halverscience)

How to read an ADC using an FPGA (halverscience)

How to read an ADC using an FPGA (halverscience)

Whales pass in front of us

Whales pass in front of us

Whales heading towards us

Whales heading towards us

Stepping Motor Microstepping 1:32 steps Polulu DRV8825 and LabJack U3 LV Python (halverscience)

Stepping Motor Microstepping 1:32 steps Polulu DRV8825 and LabJack U3 LV Python (halverscience)

Stepping Motor Microstepping 1:32 steps Polulu DRV8825, LabJack U3 LV, Python (halverscience)

Stepping Motor Microstepping 1:32 steps Polulu DRV8825, LabJack U3 LV, Python (halverscience)

hang time measurement for Halverson's projectile launcher

hang time measurement for Halverson's projectile launcher

Dr Asaoka presentation

Dr Asaoka presentation

Peter driving car

Peter driving car

Solar car. First drive test. Going outside.

Solar car. First drive test. Going outside.

Solar Car: 1st drive test

Solar Car: 1st drive test