Following the same experiment pattern of other Snap Circuits kits, Snaptricity teaches you how electricity and magnetism work and how they can be used to make each other. Learn about magnetic fields, how the electricity in your home works, how switches control the electricity to the lights in your home, and how series and parallel
Categories: Kids Electronics
Added on: September 28, 2017 - More: Comments & Reviews
Following the same experiment pattern of other Snap Circuits kits, Snaptricity teaches you how electricity and magnetism work and how they can be used to make each other. Learn about magnetic fields, how the electricity in your home works, how switches control the electricity to the lights in your home, and how series and parallel circuits affect electricity. Snaptricity uses the same “snap” connectors of Snap Circuits to bring electricity and magnetism theories into the practical home.
super Initially I bought Snap-Circuits for my 4 and 5 year old boys. I found the collection of capacitors, resistors, integrated circuit modules, and transistors was a little too abstract, and I was thinking I really wanted more stuff like electro-magnets, relays, motors, generators, switches, potentiometers, and maybe resistive loads like light bulbs and diodes — more basic electrical stuff, of which there’s some in the circuit kits but not a lot.
It is a nice starter kit to get your kids in on electrical … It is a nice starter kit to get your kids in on electrical circuits and the like. The projects are nice – some are repetitions with minor circuit modifications. Dont expect your kids to do all 70+ of them. If you get to around half that itself the kit is a success. It does provide hours of experimental learning time. Some – an adult will be needed. UNderstanding some circuits do take some time. the picture is not very descriptive of how to get it done using the available parts – at least the…
I bought this for my nephew I really enjoyed playing with this toy before I gave it to my nephew. It has some really intriguing experiments. The motor spins backwards and forwards depending on how the electricity is sent to it. The cool thing is that you can run the fan backwards so it doesn’t fly away first, then reverse polarity and it flys off.