Charge to Mass Ratio of Electron | Thomson's Experiment | Class 11th & 12th | Science

Charge to mass ratio of electron. Its a very important term for class 11th and 12th. This Topic is all about Thomson Experiment which is obviously performed by JJ Thomson in year 1897. This term Charge to mass ratio of electron explains us about electron mass, this also contains RA Millikan, RA Millikan is the only person who performed an experiment which in called Oil Drop Experiment, But this is of course a different topic we will discuss in any other video. Charge to mass ratio of electron is the main topic of this video conducted by JJ Thomson. also JJ Thomson was a great scientist who performed many experiments.
So, I hope you will Like the video About Charge to mass ratio of electron by JJ Thomson.
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ALL PARTS OF THIS CHAPTER:
Part 1 (Subatomic Particles)
• Subatomic Particles | ...
Part 2 (Discovery of Electrons)
• Discovery of Electron ...
Part 3 (Charge to mass Ratio of Electron)
• Charge to Mass Ratio o...
Part 4 (Discovery of Neutrons)
• Discovery of Neutrons ...
Part 5 (Discovery of Protons)
• Discovery of Protons |...
Part 6 (Thomson Model of Atom)
• Thomson Model of Atom ...
Part 7 (Rutherford's Model of Atom)
• Rutherford Model of At...
Part 8 (Rutherford's Model Pos. & Lim.)
• Rutherford Model of At...
Part 9 (Atomic Number & Mass Number)
• Atomic Number & Mass N...
Part 10 (Isobars & Isotopes)
• Isobars & Isotopes | S...
Part 11 (Developments Leading to Bohr Model Atom)
• Developments leading t...
Part 12 (Wave Nature of Electromagnetic Radiation)
• Wave Nature of Electro...
Part 13 (Planck's Quantum Theory)
• Particle Nature of E.M...
Part 14 (Photoelectric Effect Part-1)
• Photoelectric Effect |...
Part 15 (Photoelectric Effect Part-2)
• Photoelectric Effect |...
Part 16 (Dual Behaviour of E.M. Radiation)
• Dual Behaviour of Elec...
Part 17 (Atomic Spectrum)
• Atomic Spectrum | Stru...
Part 18 (Emission & Absorption Spectrum)
• Emission & Absorption ...
Part 19 (Line Spectrum of Hydrogen Atom)
• Line Spectrum of Hydro...
Part 20 (Bohr's Model of Hydrogen Atom)
• Bohr's Model of Hydrog...
So, see you in the next video !
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#electrons #jjthomson

[@its_locus__]

Sir apki baat bht ache se Smj mai agye 😅....Best one ..

[@BlueShadow-hw7jl]

4:51 its C/Kg but you said Kg/C its a very small mistake by the way excellent explanation

[@Best_life_000]

Samajh toh aa gyi yaad reh jayega toh next time subscribe bhe kar denge 😂😂😂

[@adhyatiwari4197]

Thank you so much sir great explanation🤩😇 😊

[@Hellloo.]

Great explanation 🔥🔥 please upload more chapters video of class 11

[@user-el3oq4hr3y]

Wow what a wonderful explanation

[@kishanpandey812]

Stone example and my concept is crystal clear ❤

[@sunitachandel7053]

Wow amazing sir....
Please make more and more videos....

[@ManishManishjatav-xu9hq]

Wow amazing sir

[@3ufcjutuu411]

nice bro keep it up helped me a loy

[@dikshika2258]

Finally Sara TH-cam dekhne ke baad , ek video se samjh aya !! 💗

[@Omiiivibes771]

Same yrr😂

[@asthatiwari4733]

Thanku sir ✨🥰

[@Prians-uq4zc]

Best explanation ❤

[@user-tz2jm6pv2w]

Thank you so much sir🙏🤗

[@suniill_k.9139]

Nice explaination 😇

[@ssg-phoenix4395]

Sir but charge of electron is negative but in specific charge it becomes positive why?

[@user-on1zg9hw2o]

Negative hi hai ....but mention nahi Karte bus

[@VedantMate]

Finally i found a great channel

[@umakothalikar8907]

Thx for explaining 🎉

[@smoothgamer6700]

Great Explanation

[@theogonepieceguy]

Sir thank you itna ache se samjhane ke liye is video ne last minute mai bahut help ki

[@MrChemistamjadhussain]

Which application are you using

[@EduHubbyShubham]

Thank You Sir You are chemistry Guru 😄

[@sumarajeswary4368]

thank you sir

[@nishitathakur2949]

Really good video

[@Connectwithbebo]

Pls or video upload kriya ap bahut acha explain krte h sir

[@abhirkumar2852]

Best teacher

[@saralasrinath4570]

Good teaching

[@rohansule7165]

Sir, you are legend of explanation
Jai hind sir

[@GoldyChouhan-wz1hb]

Hlo sir you are the best teacher
😊

[@Aparnalabde]

Thanks 🙏

[@tubatahsin7466]

Thank you so much sir
❤️

[@imdadullah878]

Thank you sir very nice explanation Sir my name is Nasir wazir

[@fatimaarooj4145]

Milikan later calculated the charge on electron than how jj thomson was able to measure the charge to mass ration whereas the charge was later known plzz tell

[@StudyCityy]

Electron's charge to mass ratio collectively, was discovered & measured by Thomson he haven't measured anything about the charge of an individual electron, the charge of an individual Electron was measured by R.A.Millikan. Got it?

[@CoolHexagon360]

Oh, now it makes sense.
Thank You. In a table of my book, it showed JJ Thomson discovered electron and they showed THE CHANRGE OF AN ELECTRON as well. So I got confused. I think they were just giving the info rather than telling about Thomson's discovery.

[@shaikhnidafarhat5986]

Great explanation 😊

[@saniyaazhar11thc82]

Sir plz iske age ke bhi parts daliye

[@hussnainahmad9527]

Ek confusion Hai Jab Ham magnetic field apply Karte Hain To electrons niche ki taraf deflection Kyon show Karte Hain kyunki aapane video mein bataya ki niche negative charge hai aur electron per bhi negative charge Hai To donon negative Ek dusre ki taraf Kaise Ja sakte hain???

[@DipenDas-kd6gk]

Agor ma phater ka jakha ek paper or copy lo fakne par copy jayda dur jayga laakin copy ka wait jayda ha 😂😂

[@niallspotato8824]

Sir in the last video you said that due to absence of electrical and magnetic field the rays travelled in straight line..
But in this experiment it is being said that electrical and magnetic field presence resulted in straight line movement of particles in Thompson's model!
Please explain 🙏🏻🙏🏻

[@nithin.....488]

Sir chapter 3

[@vaishalipal5931]

Please explain why we need it

[@praveen_yadav_116]

Total ncert explanation

[@KhushiSharma-tt8ne]

Sir baki k chapters ki bhi vedio daliye na......

[@sanjaykarale9395]

Padhne me alas samjhane me maza ata he bhai

[@nazeerhussainasihussain7641]

❤

[@Entertainment2008T]

Good explanation 😂❤

[@AbhishekKumar-pv7mz]

Sir e- par aavesh to -1.6×10-¹⁹ c na hota hain
Is hisab se dekhe to e/m ka value -1.76×10¹¹c/kg hoga plz Qui reply kare😢

[@user-sl2jd3fd9t]

Who noticed election in place of electron

[@ziddisona7073]

Wow cute you are and your voice both ❤❤

[@rambabusoni1704]

Sir plz is chapter ke full written notes bhi banaiye 🙏🙏 bcz aap bahut achchhe se samjate hoo 🙏🙏

[@suhankumarchoudhury9958]

The example of stone is depended upon the external force

[@StudyCityy]

Even on Electrons a kind of external force is used on them for moving them, by Protons.

[@Bk_Shikhu]

PCM STUDENTS 💫

[@yasmeenkouser7834]

2x speed Wale like karo😂😂

[@theogonepieceguy]

Haha 😂

[@user-go8ps9gb8r]

Ap ne bola to mnay b kar dita😅

[@shafeyazehrasayyed]

Sir baat toh samajh aayi lekin esa lag rha tha ki lunch krte time ye voice record kiya he 😂❤

[@artwithme2006]

Nice explanation sir 👍

[@Mehalkumar]

What nice explanation.
This is very critical thing if you think it seriously.
ACC to me J.J.thomson was not able to calculate ratio. He stole it from some one or anything else

[@ganga8848]

Sir electron k jagha election likraka h apne

[@marjinabegam5591]

3x

[@Selen_light]

That samj me ayi baat at 0.75 speed hits really different 😂😂

[@StudyCityy]

😅😅

[@guleenfab9233]

When magnitude of negative charge particles (electrons) is greater deviation is more but when mass of negative charge particles (electrons or cathod ray particles) is less deviation is more. This means more the number of electrons more deviation but then mass will also increase. Confused!

[@shreejasinha7138]

I think that in whatsoever number one will increase the electrons its mass is so small that it won't make any change in its total mass

[@Selen_light]

Maybe i think that more the charge more the deviation and less the mass more the deviation but still specific value of its mass and charge remain same it cant be changed maybe it does not depend on how much electron we take because if we suppose that there are only 1 electron if its mass will be less than we can consider that there is more deviation of that one only and if charge will be more more the deviation...

[@user-wr8qx9bz1e]

When u observe charge to mass ratio of election in the video ...😂🥲even they too do spelling mistakes 😂

[@StudyCityy]

Autocorrect likes politics 🥲🗿

[@Randhir_Singh_Yadav]

sir i think aap ko bolne me thoda mistake ho gya hai 4:50 me eska unit coulomb per kg hoga

[@StudyCityy]

Yes, It'll be C/Kg. Jo video m likha h whi shi h .

[@Harshkushwaha159]

Yes sir

[@AnkeshPal-tu7cx]

NDA students ❤🇮🇳

[@AnupPandey-kc1tv]

Meko Puri tarah sa nhi samajh aaya😔

[@ShahidHussain-uy9of]

Improve video please

[@supernova3789]

C/Kg^-1

[@i_chirag]

Thanks sir

[@skia3733]

thank you sir