Georg Simon Ohm | Ohm's Law | Interesting Facts | Akash Tyagi IISc Bangalore | Embibe

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Watch this video to know about the origin of Ohm's law (www.embibe.com...) with Akash Tyagi sir.
Akash Tyagi sir is Alumni of IISc Bangalore with 8+ years of experience.
This shorts gives an overview the history of Ohm's Law.
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[@embibeclass11]

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[@BATUKNATH_]

Me thinking : kash us din wo physics ke equipment waha hote hi nhi to na hota ye topic or na hota Funda 😂
But anyway
Sir explanation ke baad sab smajh aa gya😊

[@nitish.singh9898]

Bhai fir bijli tere ghar naa ati

[@Skitperformerskds]

​@@nitish.singh9898bin dimaag ke bacche iske bina bijli aati hi nahi? Toh iske invent honne se pehele uske paas cell aur bulb kaha se aaye dimaag lga bhai arry voh toh hogga hi nahi terpe

[@Iamhuman_ok]

​@@Skitperformerskdsanother 5 yrs old spotted 📸

[@adnanansari9770]

​@@Iamhuman_ok😅

[@Theguywithspectacles]

You would not even born

[@ConMo75]

Wow ek minute mein samjh agya jo mein 2 din se samjhny ki koshish kar rahi thi🙂

[@ahteshamkhan-bn5sy]

You give me a very simple way to learn ohms law 🎉 thanks

[@padamsinghi259]

According to the ohms law at a constant temperature in a circuit the current will directly perposnal to potential diff across 2 points i.e
V=IR
😊

[@aksingh3639]

Thank you sir apke samjhne se mujhe ohm's law yaad ho gaya ❤

[@rashmijadhav1677]

Ohms law was the most obvious law which was made difficult by the definitions and theoretical explanations. Thank you sir for making it more logical and easy to understand 😊

[@hayatgallery2514]

sir kamal kar dia 😃 kahe se samaj ni a rahi the AP se bhot ache samaj aye

[@aashakewat9458]

Your technique is really good bro 😊

[@yashasvi4877]

Then why transmission of electrical power is done on the larger voltage level so as to reduce current which results in less cu loss

[@ShivangAgrawal1]

Great explanation sir

[@embibeclass11]

Thank you @Shivang for your valuable feedback! Feel free to share these amazing videos with your friends & peers! Stay Tuned!

[@praveshrajput2152]

Wow kya explain krte ho❤❤

[@lakshmimagadum007]

Superb & very easy way explained

[@Kirmada6969]

Sir circuit me konsa wire use kiya tha?

[@Techy_gaming_official]

Thankyou sir for give me a high level confidence to improve my science subject

[@ZentaroW777]

Finally understand thank you sir ji📚🙏

[@Mantusingh-kh4bj]

Sir if i am not wrong it is current which is dependent on potential difference

[@manishasingh4457]

Correct

[@sarakshe7287]

Mind blowing❤❤

[@jashanjot3051]

Why the statement is like this at constant temperature current flowing through conductor is directly proportional to voltage
Accto this statement then
I is directly proportional to voltage
But in our book it is written voltage directly proportional to current

[@yahyachowdhury8577]

Great explanation

[@Zoya-khan711]

Thanks bhai bohot acha explane kara❤❤❤❤

[@anuyootothimmappa6161]

Thank you sir 😊

[@samsungprime2661]

great explanasion

[@pallavigondanupgond6165]

Thank you sir

[@girishchandra3488]

Superb

[@embibeclass11]

Thankyou @Girish Chandra! We are glad that you liked the video! Do not forget to share & subscribe! Stay Tuned!!

[@Sfaishal1]

Thanku sir ♥️

[@dharmendrapandey7324]

Best video saved a lot of time of mine

[@hinakhan3536]

Thank you❤

[@ravinachaurasiya2768]

Amazing channel with amazing teachers that make learning easy

[@rachit460]

Thank you Bhai

[@user-on2fh8vg4o]

Thankyou sir

[@Jokergaming-ny2jo]

Thanks sir for this valuable knowledge

[@reviveissick]

Nice explaination

[@saiydsibluhasan2453]

Right sir ❤ i know 😊

[@viakidsTv]

Master jii r kha se aya

[@zahoorkhanzahoorkhan784]

Nice sir

[@Tyagiaruna852]

I am ronak Tyagi nice to meet you sir

[@Pokemonstar12]

❤

[@brodraw7020]

Great

[@BelieverSenora]

Good

[@jayeshtailor4658]

But temperature remain same.

[@rizwanmughal6553]

George simon ohm law

[@bradt5426]

What language is this? Its like English mixed with Arab? Even the comments. 🤔

[@bhaskartyagi7830]

👌👌

[@surajpandit4784]

Sir please make magnetism chapter 11th

[@Rohitkhandelwal51]

Very very thanks sir ❤️

[@_divyanshuu_]

But bulb was invented in 1879 💀

[@dillipkumarnayak8172]

It is not completely applicable in insulator and semi conductor ❤

[@IamOfficialShiv7m]

current never flow dude its charge which flows

[@neeturani3123]

hlo mister

[@neeturani3123]

electric current flow with flow of charge

[@IamOfficialShiv7m]

@@neeturani3123 i mean it just represent the movement of electron or charges which flow, current itself doesn't flow

[@vasimahmed9988]

Sir was born in 1828

[@rohangaming3769]

1826 me hua

[@VillageVibes-1]

1826

[@tyagistechcorner7567]

Hyee sir

[@glamwithpranjal]

Wa

[@Nadirayy6tm]

I did 4k🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉❤❤❤

[@codexsquare]

Thanks 🥹🥹

[@akl_1701_]

😊❤Sir aapke videos per views to aate hai but likes 😢uatne nahi aate

[@montgamingff765]

He saved my 2 hrs💀💀

[@sajjan369]

Bulb was made on 1879😂❤😂😂

[@madhobobehera4998]

Super

[@pavilionvalecha6325]

ohms law is not a fundamental law

[@shauryagaming1943]

Ye explanation galat hai😡
The right explaination is such like that as long as the circuit remains the same,the potential difference is directly proportional to the cirrent flowing through it.

[@Anime_world_33384]

op 🙂😎😎😎

[@studyskills-cp5bu]

Uff

[@shahil______527]

ohm chacha kya khalbali machi kya bigada tha hamne apka😭😖

[@reviveissick]

Ek he short me esa laga jese Puri story padh le ho 😀😀😀

[@Think_Vibes]

✓✓✓

[@sahoo2424]

Abbe ya to baccha ko bi pata hoga oor is ohms ki ma ki

[@santoshk.mourya6103]

Thanks

[@gam3r.xen0n]

Pagal hai ohm ye to common sense hai jitna zada volt utna glow

[@SAMRATMISTRY-wz2pu]

Thanks sir

[@sumitbhowmik6277]

Superb

[@roastingtutorial1149]

Thanks so much sir

[@samsungprime2661]

Thankyou sir

[@yuvrajbuwade]

Good

[@embibeclass11]

@Yuvraj Buwade Thank you for your comment. Do not forget to like, share and subscribe. Stay tuned!

[@Kabir_movies]

Superb