Instructional Video8:51
Programming Electronics Academy

Circuit Analogy: Base Electronics: 2

Higher Ed
Using the water pump analogy to explain electricity.
Instructional Video3:19
FuseSchool

Energy Use In Electrical Appliances

6th - Higher Ed
Do you ever have arguments at home about leaving appliances on and wasting electricity? In this video we are going to look at measuring energy use, in electrical appliances. The unit of energy is the Joule (J). However, when dealing with...
Instructional Video6:44
Programming Electronics Academy

Voltage : Base Electronics: 3

Higher Ed
A discussion of electrical voltage, and how to understand it.
Instructional Video7:40
Curated Video

CompTIA A+ Certification 220-1001: The Total Course - Choosing a Power Supply

Higher Ed
Power supplies come in a dizzying array of the power ratings, sizes and efficiencies. A good tech understands these factors to make sure a system has the power it needs. This clip is from the chapter "Power Supplies" of the series...
Instructional Video11:23
Flipping Physics

Average and Instantaneous Power Example

12th - Higher Ed
An 8.53 kg pumpkin is dropped from a height of 8.91 m. What is the power delivered by the force of gravity (a) over the whole displacement of the pumpkin, (b) right after the pumpkin is dropped and (c) right before the pumpkin strikes...
Instructional Video7:31
Curated Video

Electrical Energy and Calculations: Understanding the Relationship Between Power, Current, Voltage, and Time

9th - Higher Ed
This video discusses the relationships between electrical energy, voltage, current, and time. It explains the concept of electrical power and how it is measured in watts or joules per second. The video then shows how this equation can be...
Instructional Video8:22
Programming Electronics Academy

Intro to Schematics: Base Electronics: 7

Higher Ed
An introduction to reading electrical schematics.
Instructional Video7:40
Packt

Introduction to computer hardware and software : Choosing a Power Supply

Higher Ed
From the section: Power Supplies. Here, we check our power supply, mount the power supply and learn how to cool our PC. Power supplies come in a dizzying array of the power ratings, sizes and efficiencies. A good tech understands these...
Instructional Video3:09
FuseSchool

PHYSICS - Energy - Energy Use in Electrical Appliances

6th - Higher Ed
Do you ever have arguments at home about leaving appliances on and wasting electricity? In this video we are going to look at measuring energy use, in electrical appliances. The unit of energy is the Joule (J). However, when dealing with...
Instructional Video4:54
Programming Electronics Academy

Current : Base Electronics: 4

Higher Ed
A discussion of electrical current, and how to understand it.
Instructional Video4:54
Flipping Physics

From Power to Work using an Integral – Example

12th - Higher Ed
Example: The net power delivered to an object is described by the equation, net power equals 4.00 t squared plus time, watts. Determine the net work done on the object from 0 to 4.00 seconds. Want Lecture
Instructional Video6:02
Programming Electronics Academy

Ohm's Law and Simple Math: Base Electronics: 1

Higher Ed
An introduction to Ohm's Law and the basic math needed to understand it.
Instructional Video7:59
Programming Electronics Academy

Resistance Part Two: Base Electronics: 6

Higher Ed
A discussion of resistance, and how to understand it.
Instructional Video10:41
Programming Electronics Academy

Parallel Circuits: Base Electronics: 9

Higher Ed
A description of basic parallel circuit analysis with Arduino.
Instructional Video1:00
DoodleScience

Work Done and Power _ GCSE Physics

12th - Higher Ed
Work is the amount of energy transferred when a force moves something. For example when you carry something upstairs or a lift a heavy object, work is being done. You can calculate the amount of work being done by knowing the force...
Instructional Video5:51
Flipping Physics

Introduction to Power

12th - Higher Ed
Mr.P introduces power which equals work divided by change in time and it also equals force times velocity times cosine theta.
Instructional Video6:01
Programming Electronics Academy

Resistance Part One: Base Electronics: 5

Higher Ed
A discussion of resistance, and how to understand it.
Instructional Video3:40
Practical Ninjas

Basics of Electricity and Electronics #1 | Voltage, Current and Power | Electricity 101

12th - Higher Ed
Basics of Electricity and Electronics #1



In this video, we discuss the basic components of electricity like voltage, current, power, charge and energy. Understanding these basic concepts gives one an insight into working of...
Instructional Video4:53
Professor Dave Explains

Electric Potential, Current, and Resistance

9th - Higher Ed
Whenever you plug something into an electrical socket, don't you wonder what's going on? Well you should, as it's pretty neat. What is electricity made of? How did we figure out how to harness this power? Let's take a look!
Instructional Video3:05
ProEdify

Understanding Work, Power, and Energy

Higher Ed
This video provides a clear and concise explanation of the scientific definitions of work, power, and energy, and how these concepts are interconnected. It covers the formulas for calculating work and power, as well as the relationship...
Instructional Video7:58
Physics Girl

How to Shrink a Quarter with Electricity

9th - Higher Ed Standards
Electrocuting metal until it shrinks sounds crazy, but it happens! Part of a larger physics playlist an intriguing video explains how an electromagnet shrinks any metal coin. The narrator discusses the electric and magnetic forces as...
Instructional Video2:44
1
1
THNKR

Bill Nye's Solar Powered Spacecraft

6th - 12th Standards
It keeps going, and going, and going ... how does the Juno space probe have enough power to travel to Jupiter? Junior astronauts use a THNKR "Why with Nye!" video to discover solar-powered science with the one and only Bill Nye. Topics...
Instructional Video1:26
DoodleScience

Calculating Power and Fuses

9th - 12th
Watt is this video about? It explains how to calculate power when you know the energy and time, and continues by discussing fuses, currents, and electrical surges. 
Audio
PBS

Pbs: Watts Riots

9th - 10th
This is a short resource; however, it does provide an interesting video of a newsreel of the racial riot.