#Snap circuits motion how to#

The only thing you need to do is to follow the directions, find out the exact location of each item, and snap them all as it is stated in the instruction manual. If you look at it, there are letters down to side A, B to G and across the top is one to three all the way to 10. Everything is built on the easy to understand plastic grid.

#Snap circuits motion how to#

The manual goes about specifics of light in our world, tells you about various circuits, how to combine them with other kits, and how to build hundreds of projects.Īnother extremely important part is a grid. It gives you the best short description of the electricity I’ve ever seen. Actually, I’d call it a course on electronics basics. There you can find some terrific information. The other key feature of each kit is a perfectly illustrated printed book, a manual. All parts are snapped together to form a bigger circuit in order to conduct electricity from one item to the next. How does it work?Įach item is a circuit with snaps on it. That’s why snap circuits had a great success in an educational market they had won numerous awards, and one of them was “100 Best Children’s Products”. The main purpose of snap circuits is to allow students to learn about electronics, and snap together circuits easily, using “snap system”, and without soldering. It’s a visually attractive tool: you want to see the lights light up, or a speaker make sound, or a motor starts. It’s a tool you would like to put your hands on and make the things happening. It’s a great way of learning electronics. And what do we have nowadays? Snap circuits! At that time, I could never even dare to think about other ways of getting into the world of electronics. In short, when I was a kid, I learnt electronics in a classic way: I connected wires, added all the necessary components and even made my own electronic exploration kits. If you look around, you will see that electric circuits are everywhere, and they are powering all kind of things around you: trucks, fridges, washing machines, phones, computers and many other home appliances that use electric power to work. The electricity leaves the bulb and flows back through the battery. As the electricity goes through the bulb, the bulb lights up. In the situation with the flashlight that’s a light bulb. The circuit then leads to whatever we want to power. In most of the cases, such path is made by some kind of a wire. I have learnt that electricity flows from the power source on the path of the circuit. My Dad said, “Electricity is like a train on train tracks: when there’s no more tracks, the train stops”. In a circuit, if electricity doesn’t have a path to travel on, it stops.

In order to get there, the electricity had to go along a specific path. However, the electricity didn’t simply jump from the battery to the bulb. And when the electricity went through the bulb, the flashlight lit up. My Dad told me that in case of the flashlight, the electricity to the light bulb came from the batteries that were inside. By that time, I didn’t know a lot about the electricity that powered various items in our house. The question that kept me up for a lot of time was what really made the light go on? Later my Dad explained that it was electricity that made the light go on. All I had to do was to move a switch or press a button, and the light came on! Yes, I loved to switch it on and off, but I hadn’t got an idea why it was that way. I didn’t understand how a flashlight worked.

Do Snap Circuits Kits require any knowledge of programming?.

Is possible to buy snap circuits replacement parts?.

Are all snap circuits compatible with each other?.

Sometimes snap circuits kits are called “family-friendly”.

The recommended age for beginners’ kits is 5-8.

Snap Circuits motion, sound, and light exploration kits.

What are the types of snap circuits kits?.

What are the advantages of the snap circuits kits?.

Project manual includes large color illustrations and simple directions for projects. Gain valuable lessons in assembly and following instructions. Over 50 parts and over 165 project to complete - all motion and physics focused.Įxperiment with gears ratios using various gears and pulleys. The project manual includes large color illustrations and simple directions for each project. They’ll also gain valuable lessons in building and following instructions. Experiments include: Color changing lighted fan, air “fountain”, motion detector and so much more! Fun projects let kids learn while they play! With its easy-to-follow instructions, Snap Circuits® gives your child a hands-on education to discover how electrical circuits - like those found in everyday devices kids are familiar with - function and operate. Experiment with gears ratios using various gears and pulleys. Snap Circuits® Motion contains over 50 parts and over 165 projects to complete - all projects focused on concepts of motion and physics.