Electric Motor
Produced by the National STEM Centre and the Institute of Physics, this video shows a simple method for making an electric motor using a battery, strong magnets and a copper coil. It allows students to investigate Fleming's left hand rule and the forces generated in an electric motor.
HEALTH and SAFETY
Any use of a resource that includes a practical activity must include a risk assessment. Please note that collections may contain ARCHIVE resources, which were developed at a much earlier date. Since that time there have been significant changes in the rules and guidance affecting laboratory practical work. Further information is provided in our Health and Safety guidance.
More like this
Resource author
Resource by: National STEM Centre
Collections
The resource is part of National STEM Centre,Institute of Physics
- Physics Demonstration Films
- Electric Motor
CPD links
-
Physics for non-specialists: an introduction
Science Learning Centre Yorkshire and the Humber
-
Physics for non-specialists: an introduction - impact awards available
Science Learning Centre South West
-
Physics for non-specialists: an introduction
Science Learning Centre East Midlands - National Space Centre, Leicester
-
Physics for non-specialists: taking it further
Science Learning Centre West Midlands - Online CPD
-
Physics for non-specialists: taking it further
Science Learning Centre East Midlands - Online CPD
-
Physics for non-specialists: an introduction - bespoke
Science Learning Centre West Midlands - Bishop Challoner Catholic College, Birmingham
-
Physics for non-specialists: an introduction
Science Learning Centre East Midlands - National Space Centre, Leicester
-
Physics for non-specialists: taking it further
Science Learning Centre Yorkshire and the Humber
Comments
Hello,
Neodynium magnets can be bought from here:
http://e-magnetsuk.com/magnets/neodymium_magnets/
Regards,
Anna
This looks great but I haven't been able to find any Neodynium magnets that big - can anyone tell me where I can get them from please?
Brilliant : cheap readily available materials : effective but simple demonstration of the Physics
Beautifully explained Alom! This is a really nice demo that, as you said never fails to fascinate children! Thanks for sharing this video,
Alessio.
I am always needing short hands-on for sessions with some alternative curriculum KS4 students. A nice, safe 5 minute activity. Video clip just long enough.
Yes Indeed!!! A current carrying conductor in a magnetic field, experiences a force and moves!!! Well done on the simplicity and effectiveness of this model!!
The eLibrary also contains a similar activity, but using a nail as well. Simple to build. Details can be found here:
http://www.nationalstemcentre.org.uk/elibrary/resource/2463/introducing-magnetic-fields-and-the-electric-motor-effect
Oh, that is just lovely!