Instructional Video4:53
Bozeman Science

Magnetic Dipole Moment

12th - Higher Ed
The magnetic dipole moment is the torque experienced by a material placed in a magnetic field. The magnetic dipole is an intrinsic property at the magnet, domain, atom, and electron level. A magnetic dipole creates magnetic fields that...
Instructional Video6:45
Bozeman Science

Magnetic Properties

12th - Higher Ed
In this video Paul Andersen explains how all material has magnetic properties. Ferromagnetic material can be permanently magnetized, paramagnetic material will align with magnetic fields, and diamagnetic material will align weakly with...
Instructional Video8:20
Curated Video

Making an Electromagnet

6th - 12th
We create a simple electromagnet by coiling wire around a nail and passing current through it. The magnetic field around the electromagnet creates similar patterns in iron fillings to a permanent magnet. Physics - Electricity And...
Instructional Video2:38
Curated Video

GCSE Physics - Permanent & Induced Magnets #77

9th - Higher Ed
In this video you'll learn: - The difference between a 'magnet' and a 'magnetic material' - The difference between a permanent and an induced magnet - The 4 magnetic materials This video is suitable for: - Higher and Foundation tiers -...
Instructional Video5:38
Curated Video

AC Electrical Generator Basics - How electricity is generated

Higher Ed
Electrical generator basics. Learn the basic operation of an electrical generator, learn how magnets are used to generate electricity in a coil of wire. We then cover 3 phase three phase electricity and briefly the star configuration in...
Instructional Video3:15
Curated Video

Stepper Motor - What's inside?

Higher Ed
What's inside a stepper motor? in this video we learn what components are inside a stepper motor.
Instructional Video2:23
Curated Video

Hybrid Stepper Motor Basics

Higher Ed
Learn how hybrid stepper motor works in this video on hybrid stepper motor basics, covering the rotational magnetic field as well as the rotor and stator.
Instructional Video12:41
Curated Video

Electronic Expansion Valve - How it works ETS 5M HVAC

Higher Ed
Electronic expansion valve. In this video we'll be covering EEV electronic expansion valve to learn how they work and where they are used. We learn basic refrigeration cycle, compressor, condenser, evaporator and different types of...
Instructional Video12:37
Curated Video

How Stepper Motors Work - Electric motor

Higher Ed
Stepper motors. How electric motors work, stepper motors explained. Learn how they work and why they are used from the basics. Learn the main parts, how it works, controller, driver, stepper motor types, what is a step, hybrid stepper...
Instructional Video6:46
Curated Video

How EEV works - Electronic Expansion Valve working principle, HVAC Basics

Higher Ed
How does an electronic expansion valve work EEV EXV. In this video we're going to cover the basic working principles for how an electronic expansion valve works in a refrigeration system. Learn HVAC enineering with animations and 3d models.
Instructional Video16:44
Curated Video

How Alternators Work

Higher Ed
How does a car alternator work? learn from the basics where we use the alternator and how alternators work.
Instructional Video2:27
Curated Video

Flemings Left Hand Rule

Higher Ed
In this video, we're going to learn the Flemings Left Hand Rule. This rule is important for determining the direction of rotation for a DC motor.
Instructional Video4:25
Curated Video

Types of stepper motor explained

Higher Ed
Learn how stepper motor works and the different types in this video on stepper motor basics, covering permanent magnet stepper motor, variable reluctance stepper motor, hybrid stepper motor, the rotational magnetic field as well as the...
Instructional Video3:32
FuseSchool

Microphones, Loudspeakers & Headphones

6th - Higher Ed
DESCRIPTION In this video you will learn about microphones, loudspeakers, headphones and how they function . CREDITS Animation & Design: Joshua Thomas jtmotion101@gmail.com Narration: Dale Bennett Script: Alistair Haynes
Instructional Video8:10
Curated Video

Solenoid Basics Explained

Higher Ed
Solenoid basics explained. In this video we take a look at the electromagnetic field of a solenoid coil. Learning how magnets work and how they can be used to control solenoids and solenoid valves. Working principles and working animations.
Instructional Video5:53
Curated Video

Factors Affecting the Size of an Induced Potential in a Current-Carrying Wire

9th - Higher Ed
This is a lecture video that explains the factors that affect the size of an induced potential in a current carrying wire when it is moved relative to a magnetic field. The video discusses electromagnetic induction and demonstrates the...
Instructional Video3:08
Curated Video

Loudspeakers and the Motor Effect: Converting Electric Currents into Sound Waves

9th - Higher Ed
This is a lecture video explaining how loudspeakers work by utilizing the motor effect, which is when a current-carrying conductor experiences a force when placed in a magnetic field. The video demonstrates this effect on a conductor...
Instructional Video2:35
Curated Video

Introduction to Permanent Magnets and Magnetism

9th - Higher Ed
This video explains the fundamental concepts of magnetism, including permanent magnets, magnetic fields, induced magnetism, and the interactions between magnets. It provides a clear understanding of how magnets operate, the difference...
Instructional Video14:45
Curated Video

How does an Electric Motor work? DC Motor explained

Higher Ed
DC Motor explained - in this video we look at how does a dc motor work to understand the basic working principle of a DC motor. We consider conventional current, electron flow, the winding, armature, rotor, shaft, stator, brushes, brush...
Instructional Video2:52
FuseSchool

PHYSICS - Magnetism - Magnets

6th - Higher Ed
If you’ve ever played with magnets, you’ll probably notice that when like poles of the magnets are facing each other (so two Norths or two Souths) the magnets will repel. But, hold two unlike poles together, they will attract. Magic!...