DC Series circuits explained - The basics working principle

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Series circuits DC Direct current. In this video we learn how DC series circuits work, looking at voltage, current, resistance, power consumption as well as how to use a multimeter. There's also a problem at the end of the video for you to solve.
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13 июл 2024

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Комментарии : 544

@EngineeringMindset 4 года назад

⚠️ *Found this video super useful?* Buy Paul a coffee to say thanks: ☕ PayPal: www.paypal.me/TheEngineerinMindset

@rosalinareyes4447 4 года назад

any chance we can a video about mechanical interlocking in switchgears?

@girisworkshop2131 4 года назад

Bro u r great because u r giving free education for everyone 💯 ..........

@fabulousheathen5792 3 года назад

Could do an explanation of how FM Stereo works?

@ChinhLe-jm1mf 3 года назад

@@girisworkshop2131 because he's already rich at ❤ and he is one of the super engineer, he eats electrons to live so he doesn't need to be greedy :)

@injuredsnail 2 года назад

I am

@Xjaje 4 года назад

Jesus, I wish I had this kind of explanation on my university, After lots of struggling understanding this I finally understand it very well. Thank you very much!

@jessekohler-mcintyre1947 4 года назад

I second that ahaha

@ricardogondim2346 4 года назад

Nice :) You´re in the University and they cannot really explain to you what a series circuit it´s like? _That´s hard!! Man, when you´ll get to the point of Kirchoff´s Laws and some other physics material, you will find out that series circuits are easy... or at least easier.. I wish you very good luck :)

@user-lm2hi5tq3z 3 года назад

are you asking Jesus if you should have had this type of information in university?

@Riley-lh6cr 2 года назад

I still don’t get it…. 😰

@spacemansam9630 Год назад

Don't take the Lord's name in vain

@howitstartsmm 2 года назад

Genius is the ability to not only master a subject but also to pass that ability to others effectively. Thank you for your efforts.

@mrmillmill Год назад

Genius level

@Gigabomber 8 месяцев назад

I had a mentor that said the ability of a teacher is not judged by what they know, but how much of what they know they can teach and how effectively they can teach it.

@NoahKnowsBestt 2 года назад

The quality of this content is outstanding. If I don't understand something in school I try to find your videos. Thank you for taking the time to create this content. It's appreciated.

@autobytes4266 2 года назад

The Answer is 0.0195A. Thank you for creating these videos. Extremely helpful.

@HenHen46 7 месяцев назад

Or 19.5 Milliamps

@jonjon4575 2 месяца назад

am i dumb? i got 0.02A

@Dylan-mn7zo 2 месяца назад

@@jonjon4575 Your calculator would have just rounded the number up, sounds like you still got the correct answer.

@cjpe2265 2 месяца назад

@@jonjon4575 yeah, it got round up.

@mattsmith6828 20 дней назад

impossible to know exactly without knowing the wire size and composition. the max amps possible are still lower than .02 though.

@saitsaatcigil9830 4 года назад

My Friend, 0,0195 Amper! Thanks, the lessons are excellent

@kelsie9912 3 года назад

Absolutely love these videos! The metaphors used make it so simple to understand, really helping me understand the stuff my teachers just aren't explaining simply! Thanks so much!

@funkyskitchen 2 года назад

I started watching your Basics series and, as someone whom is nowhere a genius when it comes to electricity, this made questions I've had for decades seem so common sense. Thanks for explaining things in laymen's terms!

@thyeconomy 4 года назад

This channel has helped me so much with sparky school thank you all!

@OrigamiCreeper 4 года назад

jeez, uploading this video in 4k must of taken hours, this guy is amazing!

@ryanworks35509 4 года назад

Love this, thanks for making It so interactive

@aaronstaana 3 года назад

Thank you! Having online classes are already difficult given the less amount of time our professors have to spend during synchronous classes. I can submit my paper for our laboratory experiment with confidence despite just having been given the task alone without discussing anything about the topic.

@RedEyedJedi Год назад

This series is amazing. It has to be the best on RU-vid for teaching g this subject. Thank you very much for taking the time and effort to make this.

@Abdullah-mg5zl 4 года назад

*summary:* - if you have n resistors in a series, the total resistance in the circuit is the sum of them - current is the same throughout the circuit (think as good as weakest link) - if you have n voltage sources in a series, the total voltage across the circuit is the sum of them - voltage will vary throughout the circuit (it depends on your two points of reference) - resistors take some of the energy of electrons passing through them and convert them into heat

@EngineeringMindset Год назад

Check out NEW resistor video, everything covered! ➡️ ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-DYcLFHgVCn0.html

@violenceislife1987 Год назад

Excellent

@chawqizhi7675 4 года назад

excellent video! It addresses all of my doubts on series circuits

@sharfazhameed6382 3 года назад

It’s always nice to learn from you mate cos it’s easy to grasp

@M.Hamidi. 2 года назад

Great video!! Very clear and easy to understand

@drewpweiner7042 2 года назад

Crazy how much easier this was to understand compared to my online tafe videos, really mades a huge difference

@antonkorolev8059 Год назад

This is the best!! I used today at work when I had to convert 2V signal to 4 mA signal because the sensor was taking mA and our controller was able to send only 2-10VDC signal and I wasn’t sure how to connect the resistor. Then I watched the video at work, understood everything and everything worked after I placed the 500 Ohms resistor in series. Thank you very much!

@paulnovak6977 2 года назад

U have a great way of explaining things! Thank you ❤

@SilentSentinelX Год назад

Currently in Army BET lab, and this stuff went over my head today. Probably would have helped if it wasn't a class done completely by computer with minimal instructor guidance, but that's a complaint for the AAR. Thank you so much for making these videos- I might actually graduate this course.

@harshitbhat715 4 года назад

Thank you for great explanation 😊

@princesspat5239 3 года назад

wow dude, i was struggling to understand electricity for soooooo long its been a year, u popped up in my recommended, i feel blessed

@rolansanchez6374 3 года назад

Thank you sir for a simple but clearer explaination about series circuit

@neel_ghodasara 3 года назад

You are doing a great job brother. Thanks for the help

@Dominus_Potatus 4 года назад

So much resistant that the empire strikes back

@Brados1221 3 года назад

😂😂😂

@noahleonard3986 3 года назад

Best comment by far. Didn't have to scroll any further.

@camerondirickson4513 Год назад

I’m on Christmas break for college and I’m here watching videos to have knowledge for next semester. I can’t believe I’m saying this but I am a nerd 😂.

@EngineeringMindset Год назад

Nerds run the world, keep learning

@Tommy-ue5wo Год назад

same lol

@delrey-p Год назад

Be proud of it. Society is getting dumber, therefore people who thirst knowledge are getting rarer.

@Omni_Ashura Год назад

Me: practice to get ready for test

@Basil_o_brouzos Год назад

Bruh am doing these in high school

@tedlahm5740 4 года назад

Very good. explanation of KVL Kirchhoff's voltage law and KCL Kirchhoff's current law. Well done.

@EngineeringMindset 4 года назад

Thank you

@yanglily6050 2 года назад

thank you so much! the comparison of voltage to pressure made it so much easier for me to "get" the concept of voltage/p.d. !!!

@johnbrace4719 4 года назад

What can I say but a massive big thankyou so so informative and so kind for sharing cheers john

@anandanand183 3 года назад

Thanks, Now I REALLY understand this

@nano2700 2 года назад

انت جامد بجد معرفش ليه المدرسين مش بيستعملوه طرق مبسطه كدا Thank you ^^

@manjulaarachchi8679 Год назад

Yes

@nayaninagamanoj5879 3 года назад

Thank you... Its the best explanation, l ever had.. Great efforts for making us understand, will never be forgiven.

@nayaninagamanoj5879 3 года назад

Answer for your last question 0.019 amps Led will work.

@raj5999 4 года назад

Your content is soo good You teach each topic very well

@marigoldgozon7895 2 года назад

very helpful and easy to understand! hope you could make one content regarding RCD function and use and difference of RCD'S and BREAKERS? Keep it up, God Bless

@thinkofsomething420 4 года назад

You make electronics seem simple. Can you be my father?

@fakrulislam5404 2 месяца назад

the video is very helpful for me. thank you very much.

@joshuaenricksalvador1544 2 года назад

thank you for this, love this channel

@soarhighascender 2 года назад

It's really helpful to study academic lessons otherwise ,.,..,.,its pretty rare to find a healthy video where pretty much all of your questions have been answered.,.,.,.,Thanks again......

@bharatkumarnaik54 4 года назад

This is a best Channel i had ever seen please make more helpful videos

@hileif6628 Год назад

watchin this for a&p school, ur a godsend for actually explaining WHY things happen and not just "thats how it works"

@Jaredvotesforpedro Год назад

I swear, every engineering class I've taken so far has been taught better on RU-vid than they have been by my profs.

@bluehotsaiyan5955 Год назад

Yeah. Best part is, there's less frustration here than in class.

@Creativity_DIY Год назад

Thank you for this video "DC Series circuits explained" 👍

@blackbeardpapa9547 4 года назад

Man, I love your explanations. Please give us more. I am now making my own playlists from your videos and really absorb everything. I even got a notebook and take notes. Is Paypal the only way to buy you a beer ? (I just hate paypal) . Cheers . Keep up the wonderful work.

@Druspls 3 года назад

Where were these videos when I was in highschool smh I would've loved science classes so much more. I love science and learning but holy cow was my education pisspoor. Thank you for the content!!

@leplayz4499 4 года назад

Wow I love this channel!

@kythrathesuntamer9715 Год назад

Thank you so much for all of this.

@soccerchikliz 3 года назад

thats amazing thanks so much!

@kaaungsetlin 3 года назад

Thank you very much for enlightened my knowledgs

@r-kmaruf7401 3 месяца назад

thiis video really helped me clesr my igcse circuit concepts

@definitionsinurdu2646 3 года назад

Great Explanation

@AlwaysImprove. 2 года назад

THIS WAS AWESOME ❤️

@systummcrash004 5 месяцев назад

Best video regarding this topic

@dhavalsatishvyas9160 Год назад

Thanks Paul. I have subscribed and liked as well.

@burkean 2 года назад

This is a great series of videos. Easily followed. Pretty thorough. But, wow! Are they ever repetitive. I guess you wanted every video to stand on its own but I sure would prefer to have a series of trimmed videos.

@aniqajavaid688 Год назад

thanks a lot sir...great explanation

@bradbeck2601 3 года назад

Cool, got the Fluke 87v, now I just need to learn how to use it.

@JojoDineros 4 года назад

Cool!👍👍👍

@jermanskingsly7773 4 года назад

Good explanation sir

@naderhumood1199 4 года назад

Great vedio Sir.... Many thanks

@EngineeringMindset 4 года назад

You're welcome

@laithomar7453 4 года назад

Great job

@leoboo 4 года назад

Great channel, it would be great if you make a detailed AC vs DC motors & generators and how to convert one to the other.

@EngineeringMindset 4 года назад

DC motors explained ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-GQatiB-JHdI.html

@barahui9 3 года назад

1:00 thank you for explaining the difference.

@lisamdh9804 3 года назад

Thanks Paul :)

@atifnachan1787 4 года назад

Amazing !!!

@EngineeringMindset 4 года назад

Thanks glad you liked it

@robinrochan9301 4 года назад

thank you very much I love it very nice and interesting video I learned so much from you very well explain I think you should make a book a simple book with the screen snip with simple comments I am in the line of Electronics I have several books in electronic but it is so complicated to understand your video is really very simple to understand thanks

@isme364 2 года назад

unbelievably just thank you

@manzarazam8661 Год назад

Fantastic.....

@nthgth 2 года назад

I'm addicted to this series. It's bringing me right back to AP physics.

@shahidansari9139 4 года назад

Thanks for making this video it is very useful. Please tell me connection of UPS batteries are connected in series or parallel.

@devluz 4 года назад

5:54 I tested this and my results are different. If I put 10 ohms on a 9V power source I get burned fingers instead of 9V

@abdullahal-qallaf6712 4 года назад

Your resistor power rating has to be higher than the power consumption of the resistor.

@sophiacristina 4 года назад

Then YOU'll become the resistor, you must put the multimeter in your correct pole!

@ricardogondim2346 4 года назад

How´s that? Do the same way he did ! The cable must be isolated... Then, before you connect everything to the battery, first connect the resistor with the cable. Ok, now, you can connect the cable points to the battery!! When you´ll be ready to measure, grab you Multimeter put it in the right measure position,=Voltage,Current or resistence=, and put the Multimeter terminals on each side of the resistor. And this is how you will have a read ! PS: In that especific case, you can measure the voltage but also the current. So, you apply a known formula__Ohm´s LAw_ The voltage you already know= 9Volts. Now you want to know the Current_! SO, OHm´s Law:: Voltage= Restitance * Current__!!!!! To know now the current::: ::::::: Current = Voltage / Resitance::::: So, Volts= 9 volts / Resistance=10 ohm = TOTAL= 0.9 Amper (current). Sorry for all this, but i felt that you might need it ;)

@AlexeyZubkov 4 года назад

@@sophiacristina some devices will show negative reading though

@EngineeringMindset Год назад

Check our new Multimeter tutorial out ➡️ ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-4lAyzRxsbDc.html

@infinity6678 4 года назад

Yo! Bro Thanks for good explanation

@EngineeringMindset 4 года назад

thank you

@_A_TruongNhaNguyen 2 года назад

thank youuu very much

@trarredbandit9734 4 года назад

I like this video thanks

@ricardogondim2346 4 года назад

Let me tell you that i enjoyed your explanation and graphics. Well Done !:) Resume: _Series circuits add up to their values and the current is always the same_Unless the measurement is between two load/resistor terminals. In that case, what is being measured is the load/resistor and not the serial circuit_

@EngineeringMindset Год назад

Check out NEW resistor video, everything covered! ➡️ ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-DYcLFHgVCn0.html

@villiamkarl-gustavlundberg5422 Год назад

I like the questions at the end they're fun and engageing.

@JustmeRico Год назад

Best part!

@electricboogie709 4 года назад

I am a certified bonehead and even I understood this. Thanks, Paul.

@ejazahmad4279 2 года назад

Respect for you sir

@salemomar3256 3 года назад

Thank you

@wefixit9141 4 года назад

thankyou sir 🙏

@staffordnelson9053 4 года назад

You saved a life!

@greggil3454 4 года назад

great video ! Does it mean if We used conventional flow from positive to negative, the resistant will be on the positive branch ? I am confused with the diagram drawings

@ramprakashgupta1397 3 года назад

Thank you bhai

@PLCProgrammingCourses 4 года назад

Cool content 👏

@EngineeringMindset 3 года назад

PLC video now live: ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-uOtdWHMKhnw.html

@ayanmalik1430 4 года назад

You are great sir! Sir please mak videos on electronic basic elements.... Please sir❤🥺🥺🥺🥺🥺🥺🥺🥺🥺🥺

@sergiogonzales5920 2 года назад

Very informal, Thank you. Maybe next time I should eat may breakfast before I watch a video like yours :)

@migueltejeda9873 Год назад

Amazing video well done, by the way, yes the current will be less than 0.02A

@OrdinaryHandsome 3 года назад

Great videos! It would be nice if you could so nicely explain a) transistors, and b) rectifiers also while youre in a go, which are hardest for me to learn via youtube :P Thx!

@EngineeringMindset 3 года назад

Transistor video now live: ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-J4oO7PT_nzQ.html

@EngineeringMindset 3 года назад

Rectifier video here ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-RiRyzLl4Y8U.html

@dangermace11 4 года назад

I wish you were my college lecturer 25 years ago.

@dustinweber6803 4 года назад

Nice

@devendrapilkhane507 Месяц назад

thank youu

@roycarter6235 4 года назад

He explains thing very well. I thought that video was going to explain DC Series Circuits but the entire thing was about resistors. Useful but not what the title claimed.

@ricardogondim2346 4 года назад

Hi ;) I understand what you are saying, but i think the best way for you to understand how a series circuits works it´s just thinking about this: In a series circuit the current that flows it´s always the same.... The only thing that can happen is that there are voltage drops. And that is why if you measure between those resistances, there will always be voltage drops. ..But the electric current is always the same... And remember this: In circuits of this type, what is in series will add up the values. ..As is the case with resistances ...I think very briefly, this is a series circuit ..

@EngineeringMindset Год назад

Check out NEW resistor video, everything covered! ➡️ ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-DYcLFHgVCn0.html

@thomassiazia7704 4 года назад

Well done

@EngineeringMindset 4 года назад

Thank you, Thomas

@edwardscomputers 2 года назад

Thanks!

@edwardscomputers 2 года назад

this would be a small coffee paul

@EngineeringMindset 2 года назад

Thank you, Corey!

@yatra_365 10 месяцев назад

Hi Paul! Could you make a video on -48VDC that is used in datacenters?

@DannyWilliamH 4 года назад

So it doesn't matter where within the circuit that the resistors are placed? I've seen diagrams that show a simple battery and LED setup with the resistor "before" and "after" the LED light. If electrons are flowing from the battery and the resistor is needed to effectively slow down or de-pressurize the electricity to keep the LED light safe, how is it that they can appear after the LED in the circuit? This may seem stupid but I simultaneously get it and don't get it. I get how "they do the same job anywhere in a circuit" may be right but something in my brain thinks that makes no sense. Edit: Ok, looked around and I learned that it doesn't matter because of a basic rule that I guess I took too literally with the water analogy. I'm glad I was able to get to this altered (but correct) way of seeing it now, as opposed to later. *Voltage is equal across the circuit from beginning to end, immediately. Meaning that a resistor anywhere has the same effect across the circuit* So, don't think of this in the sense of electrons bursting out of the source and flowing like a tidal wave across the circuit. That "start here and run to the end" idea isn't exactly right. Think of it in the sense that the moment the circuit is complete it has a set, stable voltage from the beginning and end at essentially the same time BECAUSE of what voltage is/means. In this sense you have to lose or alter the water analogy a bit. This seems like a basic notion but I'm clearly not alone because a google search came back with literally hundreds of discussions about this very topic/question. Haha. It must be a way that some of us interpret the water anlogy as we applied it a bit too literally or strictly.

@NateHeroic 4 года назад

DannyWilliamH I had the same question/perplexion

@Saganite 3 года назад

Thanks for pointing this out. I assumed to protect the LED it would have to be upstream, like a fuse, but this makes sense, the resistor can act like a valve to control flow either upstream or downstream.

@EngineeringMindset Год назад

Check out NEW resistor video, everything covered! ➡️ ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-DYcLFHgVCn0.html

@josepha.greene7723 4 года назад

I love dc series circuits

@ZasaSaza34 4 года назад

useful tutorial ✏️ 📐

@NightWear21 2 года назад

I actually understood this. Calculated correct answer to last problem. Was happy it was correct, but that's purpose of a formula.. it's proven.

@keithnikolaevich7530 4 года назад

Can you please do a video on clean room filtering and air handling, I'm asking because I work in a cleanroom, but I've asked and I am not allowed to go ontop of the clean room to see all the filtration and air handling units