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electronics for kids pdf

To browse Academia. Skip to main content. Log In Sign Up. Basic Electronics Tutorials for beginners and beyond by Wayne Storr. Thilanga Botheju. All the information and material being published and presented within this particular e-book, including text, graphics and images is the copyright or similar such rights of Wayne Storr representing the website: www.

The purpose of this e-book is as a free study reference guide for the education of its readers who wish to learn Electronics.

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While every effort and reasonable care has been taken with respect to the accuracy of the information given herein, the author makes no representations or warranties of any kind, expressed or implied, about the completeness, accuracy, omission of errors, reliability, or suitability with respect to the information or related graphics contained within this e-book for any purpose.

Any reliance you place on such information is therefore strictly at your own risk. The information presented within this free e-book is intended for general information and personal use only and is not intended to address your particular problem or requirement. We can not and do not offer any specific technical advice, troubleshooting assistance or solutions to your individual circumstances.

However you are encouraged to consult other technical resources or seek professional advice for any additional information or clarification you may need. Caution A word of caution. It is essential that careful supervision is given to children when working with mains powered electrical and electronic circuits and soldering irons. Thank you and take care. For more information visit our website at: www.

The electron is defined as being negatively - charged and revolves around the nucleus of the atom in various concentric paths called orbits. Neutrons are defined as being uncharged or neutral. Protons and neutrons are tightly bound together within the atoms nucleus and are not free to orbit.

In an atom the number of negative electrons and positive protons are the same making it electrically neutral. The number of protons present within the atoms nucleus specifies its atomic number. The corresponding numbers of electrons are arranged in different elliptical orbits, called shells, around the nucleus.

Electrons in different orbits can rotate around the nucleus in all directions, thus producing a three-dimensional atom. The electrons in the nearest orbit having a great force of attraction while the electrons in the farthest orbit having the least force of attraction.

electronics for kids pdf

Electrons in the farthest orbit which are loosely held to the nucleus are called valence electrons and therefore rotate around the valence shell. Copper for instance, has one valence electron. Such loose electrons are called "free electrons".

An atom that loses an electron in this way is left positively charged since it now has an excess of protons. If more electrons attach themselves to the valence shell, then there are more electrons than protons and the atom becomes negatively charged. The symbol of electric charge is Q.

The charge of one electron is given as: 1. Current is measured by the number of free electrons passing a particular point within a circuit per second. Therefore the flow of charge per unit second 18 defines the amount of electric current.

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When the charge moves at the rate of 6. This is the same as saying one coulomb of charge per second. A constant current has symbol I, while a time-varying current has a symbol i for intensity.Getting started with basic electronics is easier than you might think.

This Instructable will hopefully demystify the basics of electronics so that anyone with an interest in building circuits can hit the ground running. This is a quick overview into practical electronics and it is not my goal to delve deeply into the science of electrical engineering. If you are interested in learning more about the science of basic electronics, Wikipedia is a good place to start your search.

By the end of this Instructable, anyone with an interest to learn basic electronics should be able to read a schematic and build a circuit using standard electronic components.

For a more comprehensive and hands-on overview of electronics, check out my Electronics Class. Did you use this instructable in your classroom? Add a Teacher Note to share how you incorporated it into your lesson. There are two types of electrical signalsthose being alternating current ACand direct current DC. With alternating current, the direction electricity flows throughout the circuit is constantly reversing.

You may even say that it is alternating direction. The rate of reversal is measured in Hertz, which is the number of reversals per second. So, when they say that the US power supply is 60 Hz, what they mean is that it is reversing times per second twice per cycle. With Direct Current, electricity flows in one direction between power and ground. In this arrangement there is always a positive source of voltage and ground 0V source of voltage.

You can test this by reading a battery with a multimeter. For great instructions on how to do this, check out Ladyada's multimeter page you will want to measure voltage in particular. Speaking of voltage, electricity is typically defined as having a voltage and a current rating. Voltage is obviously rated in Volts and current is rated in Amps.

For instance, a brand new 9V battery would have a voltage of 9V and a current of around mA milliamps. Electricity can also be defined in terms of resistance and watts. We will talk a little bit about resistance in the next step, but I am not going to be going over Watts in depth.

As you delve deeper into electronics you will encounter components with Watt ratings. It is important to never exceed the Wattage rating of a component, but fortunately that Wattage of your DC power supply can easily be calculated by multiplying the voltage and current of your power source.

If you want a better understanding of these different measurements, what they mean, and how they relate, check out this informative video on Ohm's Law.

Most basic electronic circuits use DC electricity. As such, all further discussion of electricity will revolve around DC electricity. A circuit is a complete and closed path through which electric current can flow. In other words, a closed circuit would allow the flow of electricity between power and ground. An open circuit would break the flow of electricity between power and ground.

Anything that is part of this closed system and that allows electricity to flow between power and ground is considered to be part of the circuit. The next very important consideration to keep in mind is that electricity in a circuit must be used.

For instance, in the circuit above, the motor that electricity is flowing through is adding resistance to the flow of electricity. Thus, all of the electricity passing through the circuit is being put to use. In other words, there needs to be something wired between positive and ground that adds resistance to the flow of electricity and uses it up. If positive voltage is connected directly to ground and does not first pass through something that adds resistance, like a motor, this will result in a short circuit.

This means that the positive voltage is connected directly to ground. Likewise, if electricity passes through a component or group of components that does not add enough resistance to the circuit, a short will likewise occur see Ohm's Law video.Electronics for Kids — Level 1 is a part of the specially-designed middle school STEM curriculum curated by curriculum experts for teaching the basics of electronics to kids through activities such as glowing an LED, making a DIY turntable, control DC and servo motors, using touch sensors to classify objects and conductors and insulators, etc.

With its clear explanations and an assortment of exciting activities for kids, Electronics for Kids — Level 1 will have students building their own DIY electronics projects in no time. After completing Electronics for Kids — Level 1, students will have a basic understanding of electronics, circuit design, actuators and sensors with the help of a wide variety of STEM activities. Apart from the aforementioned learning outcomes, this STEM curriculum will also help them develop skills such as problem-solving and debugging techniques, DIY-ing, teamwork, and creativity.

Students will learn how simple actuators like the DC motor and servo motor work with the help of hands-on STEM activities based on evive. Students will learn how sensors work and how to visualize the output of different sensors with the help of hands-on STEM activities based on evive. After learning the basics of electronics, students will make a capstone project like railway crossing barriers, car vipers, or a spinning mop.

The project is not limited to these only and students can take any other projects as well if the project uses the learning from the curriculum.

The students will work on the project up to 3 sessions depending on the engagement.

electronics for kids pdf

Craft material like cardboard, string, rubber bands and other should be provided to the student. In the first session, students will be briefed about the capstone project. Then, they will get time to ideate on the project and make rough sketches of the model they want to make. They will also list down the material required to build the project. In the second and third sessions, students will make the project. We are currently accepting the orders and will ship them after courier services resume operation.

Copyright — Agilo Research Pvt. Electronics for Kids — Level 1. Number of Lessons. Learning Hours. Learning Outcomes. Curriculum Lesson Plan. What is electronics? What is an electronic circuit? What is voltage and how to measure it using evive? Download Slide Explore More. What is current?

What is resistance? How to calculate the resistance of a resistor using color code? What is the relationship between voltage, current, and resistance and how to use it to light up an LED?

Download: Basic Electronics For Kids.pdf

What are DC motors?Electronics is one of the key foundational skills to teach kids since a basic understanding of electronics is essential to move on to many great computing and robotics projects. However, it is challenging to teach this to kids in an intuitive way and there are many robotics products like Lego Mindstorms where the electronic components are very modular and allow kids to piece components together without understanding the electronics behind them. As our kids get older, I would like to start doing projects with some of the single-board computer kits that are very popular right now such as the BeagleboardRaspberry Pior Arduino.

But first, we need to teach them electronics. Traditionally electronics classes are a great way to start building simple circuits with batteries, light bulbs, and motors. What happens if we change the value of a resistor? Depending on whether you are soldering, wrapping wires, or using a breadboard, it can be difficult to make changes like this quickly in a way that is easy for kids to understand.

How to teach electronics to beginners

A couple of years ago, a good friend at work who also happens to be an analog circuit designer highly recommended a product called Snap Circuits to me.

I had seen a small demo of the product at our annual Bring Kids to Work event, and I decided it would be an interesting Christmas present that year for our kids.

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The circuit components snap together very easily like Legos which makes assembling the circuits a snap pun intended. The great thing about Snap Circuits is that kids can understand and carry out the instructions. The projects progress slowly from very simple Project 1 is an Electric Light with a Switch to pretty advanced. I do highly recommend doing these projects together with your kids.

If you already have a basic understanding of electronics, there are plenty of opportunities to pause and talk about why the circuit works the way it does and to try simple modifications. Snap Circuits is a fantastic tool and I was surprised how it does solve so many of the challenges that make tinkering with electronics difficult. This is a staple part of our engineering learning.

The complex projects are something to look forward to once our kids are ready to start playing with more advanced circuits. There are several different kits available and we are currently using the SC which comes with projects.

Your email address will not be published. Notify me of follow-up comments by email. Notify me of new posts by email. This site uses Akismet to reduce spam. Learn how your comment data is processed.Jump to navigation. Kids are naturally curious about how things work, and with a new trend in hardware companies creating open source hardware products, it's a great time to teach kids about electronics.

But modern technology can seem too complex to even begin to understand. So where do you start? For the past four years I've dedicated myself to teaching electronics to beginners, both kids and adults. I have given workshops to everyone ranging from young kids in rural Colombia to hip entrepreneurs in Berlin. And I have created hundreds of articles, videos, books, and courses.

If there's one thing I've learned through my experiences, it's that building hardware is easy. Professionals in the field may balk at this claim! And of course there are super-complex areas in electronics, as in every field. But that shouldn't discourage anyone from starting out. Of course! But that doesn't stop your eight-year-old daughter from playing.

The same is true for building electronics. Whether you're a parent or teacher, an electronics engineer or total beginner, here are six tips for teaching your kids how to build electronics. A solderless breadboard lets you connect components together neatly, easily, and temporarily. This makes it easy for kids to experiment and try things out without worrying about damaging parts. When they're done with one circuit, they can simply take out the wires and components and rearrange them to build another.

The solderless breadboard is perfect for connecting components, and building more and bigger things. Help them out with the first few circuits until they get the hang of it, then let them build on their own.The Art of Electronics. Picture of the book : 3…. Arduino Project Handbook Volume 1.

Download Electronics for Kids pdf.

Picture of the book: Arduino Pro…. Pro Arduino. Principles of Transistor Circuits. Picture of the book: Principles …. Electrical Installation Work. Principles of Electric Machines and Power Electronics. Picture Of The …. Electrical Circuits an Introduction. Picture of the book: Electrica…. Picture Of The Book:…. Books Download Electronics for Kids pdf. Electronics for Kids. In Part 1, you'll learn how current, voltage and circuits work by taking out a battery from a lemon, turning a metal bolt into an electric magnet, and turning a paper cup and some magnet into a rotating motor.

In Part 2, you will make more wonderful things. Language : English. Size : Pages : Format : Pdf. Year : Edition : 1.

Author : Oyvind Nydal Dahl. Chapter 3: How to Generate Electricity. Chapter 5: Blinking a Light for the First Time. Chapter 7: Controlling Things with Electricity. Chapter 8: Building a Musical Instrument.

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Chapter Circuits That Make Choices. Chapter Circuits That Remember Information. Click here to download Wait You will be directed to the download link after the count has ended. Books Electronic. You may like these posts. Post a Comment 0 Comments. Popular Posts. Download Basic Electronics pdf. Download The Art of Electronics pdf.

Download Solved Problems in Electric Circuits pdf.

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Download Arduino Project Handbook Volume 1 pdf.Learn about electronics components and how to read and build circuits. You will also use the timer integrated circuit, learn how to use a multimeter and tips about soldering. This eBook contains all the information you need to get up to speed and start building circuits on your own!

electronics for kids pdf

Hey there. She works in the background doing tasks like recording, photo shooting, content creation, etc. This eBook has 5 Modules. This eBook comes with an opportunity to join a private community of like-minded people. If you purchase this eBook, you can join our private Facebook Group today! How much is this eBook? You could try to figure it out on your own and spend a ton of time searching for the right information. Click here to get the eBook. Have questions? My guarantee back up every word in this message.

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Email me here and I will promptly refund all your money. Yes, I often update all my courses, so everyone who purchases gets free lifetime updates. Do I get free future updates? Have a question? Who is this course for?