How To Solve The Wheatstone Bridge Circuit

The full version of this video tutorial explains how to solve the WheatStone Bridge Circuit both in the balanced and unbalanced condition. It explains how to calculate the current in each resistor, the voltage across the resistors, as well as the equivalent resistance of the circuit. This video also explains how to solve the wheatstone bridge circuit using Kirchoff's current laws. It also provides formulas that can help you to quickly get the answer.
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[@dangfuhmarcel4951]

He

[@samvitatur4818]

Mate they teach us this in schol 😅

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brother, I like your videos and I wanted to watch the full video but I need only that video and for that 1 video I don't want to pay 24 dollars. can you offer something like for only a per video or per playlist?

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This man singlehandedly saving all our degrees

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in every subject

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Real😂

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Indeed he doing specially for stem subjects

[@alokbharadwaj3165]

And im studying this for an entrance for a coaching in class 11th.worst country to be born in for real.

[@DeepakYadav-ys7dg]

Degree? I'm 16 year old, they're teaching me this shit

[@kuroikenshi7878]

Thanks for your easy to follow video! It helped me in giving my son a hand with his electrical class homework! Cheers!

[@washmazubair4735]

You're the reason i don't fail my classes. Big love.

[@jeongjeongmusic]

Professor has a thick accent, this is so much better thank you

[@phoenixfyre3406]

Lmao same bro.

[@calebhamill6763]

Best explanation of how to do a Wheatstone Bridge out of all the videos

[@jamesbentonticer4706]

Thank you for including an unbalanced bridge too!

[@mikerenda3132]

Thanks for this I watched the full version as well, you explain it so clear.

[@balajothiadithya3144]

you definetly solve many of our problems.love you so much mate.

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what a fantastic teacher. Really thank you dear

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I missed the best teacher on UA-cam

[@mohd.khairulsyazwankamisli1725]

Thanks for your easy to follow video

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[@MrDoneboy]

Excellent video...Many thanks!

[@grantstidham9599]

Thanks! A great help for my studies!

[@Abdiedits_]

I just wish you posted this before my finals in December 😓

[@rik-keymusic160]

What you also can do is for example in exercises 2 is multiplying cross wise.
16 • 60 = 960 … which should be the result of the 2 remaining numbers. So if you divide 960 by 48 you get your answer.

[@thething6936]

can you please do another video on the wheatstone bridge but using kirchhoff's law

[@stevesesduero4600]

Thank you for all🥰

[@joroundah4052]

Thank you it's really helpful ♥️

[@nuredinmohammed282]

Thank you so much Sir!

[@twilightheliopause]

Thank you so much. Finally made things clear!

[@marceloamandoron8583]

Thank you. Because of yoir video. I learn a lot.

[@mrs.potatohead8471]

9:54 Why do you work out Vr2 instead of VR1? Why do you work out VR4 instead of VR3?

[@somerandomguy418]

Thanks a ton!

[@kanck7909]

thanks

[@michatuptus2063]

Thank you to easy way to explain this bridge

[@mohammaddarawsheh8498]

For the voltage one, on what basis did you get rid of the wire with the voltmeter? If you got rid of it on the basis that the current flowing through the wire is zero, then, by definition, the wheatstone bridge should be balanced and the resistances should be proportional. But since it's not balanced, this means that there is current flowing, and therefore you can't get rid of the wire. I am very confused can someone help?

[@wahidabdelsamad1557]

I have the same exact question, I think it is not balanced, but he got rid of the middle wire because the voltmeter has extremely high resistance that we can almost neglect the current passing through it

[@bullymaguiresdirtsupplier]

2:35 what would be the equivalent resistance if we add a resistor of say 10 ohm on that branch

[@kapitanbaobao9222]

You can solve IT in ltspice

[@4hmadreza]

Life savior❤

[@akifhossain5122]

You are a god among men

[@human9591]

A video on meter bridge please!!!!!

[@TechTed1]

Thanks bro

[@EfrainSantana-ph1vk]

When he is calculating if the wheatstone bridge is balanced, he mistakingly says "four times 6 equals 12." when in reality he was trying to say two times twelve equals 12. Just FYI if that confuses anyone :)

[@chrystakl4712]

i have an assignment and the ammeter is replaced with a capacitor. i have to find what is the electrical charge of the capacitor. i initially thought that it’s zero since voltage difference is also zero but then the next question is what does the resistance on bottom left have to be in order for the eectrical charge to be zero so i’m really confused

[@harry_kim6940]

thanks

[@fadlabdel3300]

hey thanks for the video great help, just wondering if it would make any difference if the polarity of the battery was flipped?,
thank you

[@successthruknowledge]

Always wondered how to interpret these circuits - so its' all about measuring very low values of resistance?

[@pinuwux]

Hello sir can you solve the wheatstone bridge problems with all four resistance and you have to find each I

[@thorstandeckman5037]

New at this. In the beginning of the video, you stated there was no current through the ammeter thus, the voltage or potential at points C and D is the same. How can that be if the source voltage is going through 30 Ohms on one side and 60 Ohms on the other?

[@donhjoe2162]

How can I resolve this kind of circuits using current and voltage divider method? I need calculate the voltage Vx and Ix

[@lord.givenson9526]

Love your teaching thank you and do u know daneliya tuleshova

[@hafiyadib]

does galvanometer has current that flowing through it?

[@dinagaranperumal2210]

Pls do Kelvin Bridge tutorial video

[@benaahh]

هاك قلوب لانك تستاهل 💖💘💗💓

[@mrhero7048]

please please we want about some calculations about masses and %

[@ramyaananthasivaram5464]

Plz put video on jacobians problems plzzz plz sir

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Plz put video abt absolute leibnitzs test and eulers theorem

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Plsss put video abt vector calculus

[@nurrizzatimohammadzambree9553]

At 8:34, how do u consider at B point as 0 v

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Great

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If only i saw this video before My exam 😔

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Lovely i got it

[@muhammadaarizmarzuq295]

this is literally the first time i've heard of this

[@ramyaananthasivaram5464]

Plz put video abt jacobians

[@ram.4152]

*PLZ HELP*. Given a pressure of 2kpa, nominal resistance of 120 ohm, diameter of strain gauge 0.1mm, a GF of 2. What will be the change in resistance value of the strain gauge?....in short I wanta formula to calculate the change in resistance of strain gauge for a given INPUT PRESSURE

[@princek456]

Great.! 👌

[@roman-cx7so]

How should an ammeter and voltmeter be connected in the Wheatstone Bridge circuit?
Is it the same as the other circuits!?

[@justasydefix6251]

Well you see that (A) in the circuit thats Where you can put the amp meter. as for voltmeter connect it in parallel to each resistor.

[@dr.rahulgupta7573]

Thanks for solving गेहूँ पत्थर बांध ।Rahul Rohtak Haryana

[@Maarten1709]

Omg thanks, I have my exame in 2 weeks!!!

[@Rockeyxx1]

In last question:
Why the R2 is same voltage as c why not R1 ?

[@shantahalder9061]

"Voltage across " specifically means what region / point. The term is vague. Somebody clarify

[@shafiqizham9450]

How to find VA and VC?

[@muhammadnajmuddinfarid9567]

who agrees that this g should probably show himself sometime, face reveal lol

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To anyone thinking “I’ll never use this shit in real life..” I’m watching this from real life because I never learned it in school

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Plz put video abt matrices cayler hamilton problem and matrices diagonalis problem plz plz plzzz I’m waiting for ur teaching plz brooo

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could u plz give me the book that u explain from it ?

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are u a teacher?

[@HunterRavin]

Why i cant watch the other video 😞

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Bro on last of the video 60-36-28=-4
What does that mean

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u saved my ass dude

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I want to ask you something. How can I?

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ily

[@morinkashigon9305]

Why do we have to power the resistance fraction to negative one ? Can we just multiply it without the negative one ?

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GREAT! 😂

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There's some contradiction somewhere. I think.

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First 15 seconds

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First!!

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I'm confused...Is this Chemistry?

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measurements and instruments

[@duckman12569]

There were e- involved too

[@shwettakhadse1743]

It falls under electrodynamics... Physics.

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WTF

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Wheatstone bridge that gender gap.

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First!

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Probably second...😌u

[@jdog9025]

This guy makes this way to confusing. Simply redraw it as a series / parallel circuit way way easier than trying to remember this common core BS. OMG Man

[@brianjantorculasdumaboc3315]

First

[@mcalioglu]

Sir you solve the problems fair enough but you dont exlain the topic that much, do you??

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First