Instructional Video3:15
Curated Video

Ground Wire Explained

Higher Ed
Ground wire explained. What is the purpose of the ground wire, what does it connect to, when is it used, why is it used.
Instructional Video1:44
Curated Video

Ground Rod Explained

Higher Ed
What is a ground rod used for? what does it connect to. Find out in this video.
Instructional Video9:10
Curated Video

Electronic Pressure Switches - How They Work

Higher Ed
Electronic pressure switches explained. Learn how electronic pressure switches work, strain gauge, mechanical pressure switches, electronics, wheatstone brdge
Instructional Video13:19
Curated Video

Servo Motors, how do they work?

Higher Ed
Servo motors explained, how do they work?
Instructional Video5:41
Curated Video

Capacitor discharge time - how to calculate with examples

Higher Ed
Learn how to calculate the discharging time of a capacitor with a resistor in this RC circuit charging tutorial with works examples
Instructional Video1:34
Curated Video

Battery Life Calculator - How long will it power a circuit? mah

Higher Ed
How long will a battery power a circuit? Learn how to estimate battery life in this video.
Instructional Video1:38
The Business Professor

Change Equation (Organizations)

Higher Ed
What is the Change Equation for Organizations? The Beckhard-Harris Change Equation aims to serve as a simplified way of analysing the potential success or failure of a change initiative within the workplace.
Instructional Video2:25
The Business Professor

6 Change Approaches

Higher Ed
What is the 6 Changes Approach? The 6 Change Approaches developed by John Kotter and Leonard Schlesinger is a model to prevent, decrease, or minimize resistance to change in organizations.
Instructional Video4:00
Curated Video

Historical Ambiguities

12th - Higher Ed
Karl Gerth, Professor of History and Hsiu Chair in Chinese Studies at UC San Diego, muses on the question, When did “Modern China” begin?’
Instructional Video3:04
Curated Video

Defining Modernity

12th - Higher Ed
Chinese Studies specialist Karl Gerth, UC San Diego, relates how the question of determining what we mean by “modern China” is much more subtle than many often suppose, with very different definitions depending on one’s historical,...
Instructional Video3:04
Curated Video

Ohm's Law

3rd - Higher Ed
Ohm's Law explores the mathematical relationship between voltage, current, and resistance by analyzing Georg Ohm’s life and Ohm’s Law.
Instructional Video2:47
Curated Video

Friction

3rd - Higher Ed
Friction defines the term friction by providing examples and comparing and contrasting the three types: sliding, rolling, and fluid.
Instructional Video1:00
One Minute History

170 - Nina Simone - One Minute History

12th - Higher Ed
Nina Simone was an American singer, pianist, and civil rights activist, born in 1933 in North Carolina. She trained as a classical pianist at Juilliard, but switched to performing jazz and blues in nightclubs. Her music was influenced by...
Instructional Video4:25
Jabzy

Oprichnina | 3 Minute History

12th - Higher Ed
Oprichnina | 3 Minute History
Instructional Video15:53
Schooling Online

Physics - Module 2 - Introduction to Statics and Dynamics: Fluid Resistance

3rd - Higher Ed
When Vector Man doesn’t stick to the plan, Ian’s true character appears… This lesson will investigate the drag force (including air resistance and water resistance), draw a velocity-time graph for a free falling object and calculate its...
Instructional Video3:17
Curated Video

Why Do Airplanes Need To Fly So High?

Pre-K - Higher Ed
Commercial airplanes typically fly between 32,000 feet and 38,000 feet, with the sweet spot being approximately 35,000 feet. One of the main reasons commercial airplanes fly so high is air resistance. You see, the higher you go above the...
Instructional Video11:35
Science Buddies

How to Use a Potentiometer with Arduino analogRead

K - 5th
Learn how to use a potentiometer with one of the Arduino's analog input pins and the analogRead function. Visit the Science Buddies website for cool science projects you can do with an Arduino:...
Instructional Video0:44
Science Buddies

How to Measure Resistance with a Multimeter

K - 5th
This video shows how to measure resistance with a manual-ranging multimeter.
Instructional Video13:42
Science Buddies

Model Artificial Pancreas Science Project

K - 5th
This video is a walk-through of the "Dealing with Diabetes: The Road to Developing an Artificial Pancreas" project at Science Buddies:...
Instructional Video8:53
Science Buddies

SImple Soil Moisture Sensor Circuit

K - 5th
Build a simple soil moisture sensor (no programming required) that you can use for a science project! The sensor also works as a water level detector. Complete written instructions, including a parts list, can be found here:...
Instructional Video6:26
Science Buddies

Arduino Soil Moisture Sensor

K - 5th
Learn how to use resistive soil moisture sensor with an Arduino. Very useful for automatic plant watering projects! See the Science Buddies website for cool science projects you can do with an Arduino:...
Instructional Video13:13
Curated Video

24 Mosfet Consideration | Power Electronics

Higher Ed
24 Mosfet Consideration | Power Electronics
Instructional Video37:34
Curated Video

12 Power Elecronics: Thermal Consideration - Part 1

Higher Ed
Electronics Thermal Heatsink Design Tutorial Basics of Power Electronics - Walid Issa
Instructional Video16:30
Curated Video

17 Switching Losses (Worked Examples) | Power Electronics

Higher Ed
Basics of Power Electronics - Walid Issa 17 Switching Losses (Worked Examples) | Power Electronics