What is Voltage, Current & Resistance? Build & Learn Circuits!
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- čas přidán 5. 03. 2023
- Welcome to our this lesson on voltage, current, and resistance in electric circuits! In this video, we will explore the fundamental concepts of electricity and learn how to build real circuits to better understand these principles.
First, we'll start with an overview of the basic components of an electric circuit, including the voltage source, jumpers, wire, resistors, light bulbs, and switches. We'll explore what these terms mean and how they are related to one another, using simple explanations and diagrams to help you grasp the concepts.
Next, we'll dive into the practical aspects of building a circuit. We'll show you how to identify the different components you need and how to connect them properly to create a functional circuit. You'll learn about different types of circuits, including series and parallel circuits, and how to calculate the total resistance in a circuit.
Then, we'll move on to hands-on activities where we'll build real circuits using common household materials. You'll get a chance to put your new knowledge to the test and see for yourself how voltage, current, and resistance work in real-life situations.
By the end of this video, you'll have a solid understanding of the basic principles of electric circuits and how to build and analyze them. Whether you're a student learning about electricity for the first time or someone looking to brush up on your knowledge, this video is the perfect resource to get started. So, grab your materials and let's get started!
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Twitter: / jasongibsonmath
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Im also an elctronics nooob and really have to recommond this video that just came out about reactiance resitance and inductance, very good analogies that helped me understand these components like i havent before czcams.com/video/UrCFv2qCELI/video.htmlsi=HooI1UOeWFHYteRg
Excellent! Exactly what every teacher should do, include practical examples so that students also can engage; learn by doing! Jason is the leading example of standards of how all teachers should implement teachings in class. Absolutely awesome episode, thanks for sharing this prime example of how teaching should be done for the best learning experience for students! Amazing 👍
So happy you liked it!!! Much appreciated!
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Glad it was helpful!
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Great video! Thank you for teaching this class, you have made it easy for many beginners to understand!
Teacher, thank you very much for your very precious time towards us!
Teaching with practical demonstration like this, accelerates assimilation.
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Thanks for that. I learnt more than I did in all my 'O' and 'A'-level Physics classes. Hope you'll do more on circuits and electricity.
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Excellent Lecture. Practical stuff entrenched with theoretical concepts. All teachers got to emulate this approach.
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The best analogy of voltage and current I´ve heard is a waterfall. Voltage is the height of the waterfall and current is the amount of water flowing at the top.
it is such an extraordinary explanation filled with vivid examples to instill the theories and practical aspects together. god bless you!
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I always design my circuits with short circuits, just so it's not a surprise when it inevitably happens!!
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Hi, I've finished this video and I want to learn more structurally if possible. What videos or playlist should I watch next to learn everything about circuits? I'm a bit confused with the playlists. You are a great teacher, you made me listen for a whole hour without yawning. Thank you
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I think the way this explained is excellent without blowing your mind!!10 out of 10...Well done!
You are an amazing instructor! I wish we had more teachers like you at my engineering school. Please make more videos on electric circuits and electronics, they're very helpful for someone in EE like myself. Have a good day!
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Thank you very much for this lesson .
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I was going to drop you a note recommending that you do one of your 10 Minute Science videos on inductive charging. But after seeing this one and the one on magnetism, I think I figured it out. I couldn't understand how the receiving device (device to be charged) got a voltage to drive the induced current but you said that the electric field generates a voltage which I guess is induced into the receiving device from the charger's electric field. I'm also guessing that the amount of voltage is determined by the strength of the charger's electric field. Keep up the great work!!!
mr jason , your channel has over 1 million sub but the views is so low why that happen ?your content is so important to many people out there .
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Glad it was helpful!
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Glad to hear that!
Push is Force or Pressure. Voltage =velocity squared or cross-sectional velocity (not Force, Pressure or Energy) which, believe it or not, can be STORED in batteries hence it is also called "potential". Crucial to understand that both Energy (1/2 mv^2) AND v^2 (Voltage) are storable in batteries. (Batteries are just devices to store v^2 or VOLTAGE and 1/2 mv^2 or ENERGY) Thus in DC circuits, Voltage provides cross sectional velocity (v^2) to electron FLOW which must stay constant although its speed can vary increasing in high resistance (R) or narrow segments. When a high resistance (R) segment, meaning a narrowed cross-section segment, is encountered the constant electron flow cross-sectional velocity needs to increase and the stored v^2 (Voltage) needs to be spent since the current FLOW (I) or Q/t has to remain constant (think water flowing in a narrowed pipe segment ). The stored v^2 or Voltage is spent here to increase the needed x-sectional velocity of the CONSTANT current Flow and the stored Voltage drops. When the x-section opens up the constant current velocity drops and less stored voltage needs to be spent hence the remaining stored v^2 (Voltage) only drops very gradually. However all voltage is spent by the time the last electron reaches the end of the circuit and current FLOW ceases, which may take awhile because electrons flow at 'drift' speed even though the electro-magnetic field or SIGNAL (requiring a medium of free electrons) travels at almost light speed. One must distinguish between electron speed (very slow) and EM field or signal speed (almost light speed). The latter however needs a medium of free electron (a good metal conductor).
GOD BLESS YOU, GOOD FELLOW. P.S. With
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Knowledge of electronics is useful these days.
I think small bulbs are rated in terms of volts.
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Awesome man. Happy you like it!!
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THANK YOU... SIR...!!!
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Hello sir, first great learning video, are you going to do more electronic videos ? capacitors, transistors, transformers, circuit boards
R does not slow electron speed, it increases it. The vey thin hot glowing filament in light bulbs have high resistance and since current flow through every cross section is constant electron speed increases through thin filaments heating it sufficiently high to glow. Analogous to pinching a flowing rubber pipe making water spurt. Rivers also flow faster through narrow gorges and slower when wider.
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Thank you!
Super helpful, as electrical engineering student, but your previous videos allabout dc and ac are all outdated please update those, I am always watching your video in your app
Dear Maths and Science tutor..
I work in HVAC industry and I'm fascinated on how motors work. I am still trying to understand why a motor starts "pulling more amps " when supply voltage goes low...It 's confusing since Ohms law suggests that Voltage and current are direct proportional therefore I'm expecting current to go down as voltage goes down!!
Thank you.
Good job sir! Waiting for the dc vs ac video
Amazing 🤩😍 keep it up sir
Thanks a lot 😊
So which course will include the lesson as well as future related lessons?
Amazing..
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Great .
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Is this complete series available on your website yet or still filming?
Only 1 lesson and only on CZcams for now. When I make more I will eventually put them on the site as well. Thank you!
Nice 👍 ⚡💡
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Thx
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Do u have lessons on YT on alternator, DC generator, AC & DC motors?
תודה!
Thank you so much!!
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So nice of you!