msvgo
Ampere's Circuital Law
This nugget explains Ampere's Circuital law and its mathematical expressions to illustrate the relationship between electric current and magnetic field
msvgo
The Bar Magnet
This nugget explains the formation and behaviour of magnetic field lines. It also explains mathematical parameters of a bar magnet and a solenoid.
Curated Video
Batteries: Powering Devices with Chemical Energy
Batteries store chemical energy that can be converted into electricity, providing a source of power. By connecting a battery to a circuit, a chemical reaction takes place, causing a buildup of electrons at the anode and creating an...
FuseSchool
Uses Of Nuclear Radiation
"Uses of Nuclear Radiation What have the Hulk and Spiderman got in common? They both gained their super powers because of radiation. Well, in films and comics at least. In real life, radiation has never given anyone super powers. But...
FuseSchool
How Does Electroplating Work
Learn the basics about electroplating. The anode is positively charged, and the cathode is negatively charged. They are immersed in a solution called an electrolyte. The electrolyte and the anode are selected based upon the material that...
XKA Digital
Set career goals and build your personal brand
Zeina is Managing Director at The Carlyle Group advising on Corporate Private Equity and European buyout opportunities. Prior to joining Carlyle, Zeina was an Associate at European Digital Capital, a technology venture capital fund....
Let's Tute
Understanding Electric Circuits: Series, Parallel, and Short Circuits
This video explains the basics of electric circuits, including the differences between series and parallel circuits, how to measure potential difference and current, and the dangers of short circuits. The simulation used in the video...
Curated Video
Using Orders of Magnitude in Physics Calculations
The video is a lecture presentation on the use of orders of magnitude in physics. It defines orders of magnitude as comparing numbers or values in terms of powers of 10 and explains how to use decimal prefixes for expressing very small...
Curated Video
How Electric Motors Work - 3 phase AC induction motors
How Electric Motor Works - 3 phase induction motor AC alternating current.
FuseSchool
PHYSICS - Magnetism - Motor Effect - Fleming's left hand rule
Sometimes physics and nature go hand in hand. In this video we’re going to look at using Fleming’s left hand rule to help us remember how current, magnetic fields and direction go together.
Curated Video
Electrical Energy Transfers: Calculating Power and Energy
The video is a lecture presentation on electrical energy transfers. The presenter discusses three equations for power and how they can be combined to calculate the energy transfer by an electrical device in a given time. The symbols and...
Seven Dimensions
Transforming SILOs
In this video, Marcus and the speaker discuss the concept of the SILO effect within their office and introduce "Blue Moon Day" as a way to encourage teamwork and creativity. They address the challenges of working in silos and emphasize...
Programming Electronics Academy
Ohm's Law and Simple Math: Base Electronics: 1
An introduction to Ohm's Law and the basic math needed to understand it.
Curated Video
Inductors Explained - The basics how inductors work working principle
Inductors Explained, in this tutorial we look at how inductors work, where inductors are used, why inductors are used, the different types. We take an in depth look at how the circuits perform with a parallel resistive and inductive load...
FuseSchool
PHYSICS - Magnetism - Current and Magnetic Fields
Electromagnets are incredibly useful. They can do all the things a normal magnet can do, but can also be switched on and off. Electromagnets have many uses, from moving cars in a scrap yard to high speed Maglev trains. The trains are...
Programming Electronics Academy
Resistance Part Two: Base Electronics: 6
A discussion of resistance, and how to understand it.
DoodleScience
Transformers _ GCSE Physics
Transformers change the potential difference of electricity. There are two main types of transformer that are used in the national grid. These are step up and step down transformers. Each of them consists of a two coils of wires around...
ATHS Engineering
Electricity: Kirchhoff's Laws
This video explains the difference between series and parallel circuits in modern electronics, and introduces Kirchhoff's Laws to help understand the calculations involved. It also discusses how circuits can be combined and the...
Physics Girl
DIY Lightning Experiment! Make a SHOCKING Capacitor
Create "lightning" in your living room! Make giant sparks by building up static charge on a homemade 2-plate capacitor, and discharging through a grounded rod. Watch as my friend Ashley agrees to touch the charged-up capacitor. How is it...
Science Buddies
Potato Battery Science Experiment
How do you make a battery from a potato? How much electricity can you produce? Does the amount of electricity change if you make a parallel versus serial circuit? Explore these questions and more with a potato battery science experiment.
Programming Electronics Academy
Parallel Circuits: Base Electronics: 9
A description of basic parallel circuit analysis with Arduino.
Science360
A Glass Conductor - Little Shop of Physics
A light bulb has the glass carefully removed, leaving the glass base and filament intact. The bulb is connected to AC electricity, and the filament quickly and dramatically burns out. This leaves the two wires that originally supported...
Physics Girl
World’s Easiest DIY Electric Train
How do you take copper wire, a battery and magnets and make electric train? With science! This super simple DIY physics demo uses electromagnetic induction to propel a train made of magnets and batteries.