Galvanic Cell.swf

3D Animation of Galvenic Cell
By gyanEra

[@chadiachraf7003]

you saved many people's life with this video .. finally one person on youtube who knows how to explain I will DEFINITELY SUBSCRIBE

[@boody_tube]

Imagine he animated this 12 years ago

[@hijackbyejack1729]

It is always great when one person explains in two minutes what some fail to explain in 30 lol

[@tahaelmez9781]

I can't belive that this amazing video made in 2012 wow😮

[@kiritibhattacharya2772]

Very useful in explaining how Al jacketting and steel pipe can create a galvanic couple with the moist insulation acting as the "bridge".

[@hudamohammed864]

Amazing explanation sir, I really understood the galvanic cell this time
I wish you the best of luck in your future videos
keep up the anazing work, sir

[@SunitaSingh-me3dk]

you've just made my life......... thanks

[@ayshaakter8953]

You are the best explainer of this topic.....thanks a lot....❤️

[@VishnuSharma-wu6mw]

I came here to appreciate but all my words are already spoken by others comments, Thanks a lot !

[@gautamsaroay1085]

THIS IS THE GOLDEN VIDEO FOR ME
SUPERB EXPLANATION OF WORKING OF ELECTROCHEMICAL CELL
THANK YOU SOOO MUCH 😊😁😁😚😚😚😚😚
BEFORE THIS I WAS NOT CLEAR AT ALL ABOUT WORKING OF ELECTROCHEMICAL CELL

[@EDUINFO-iy9ig]

Very helpful, simple, attractive, easy to understand. Expecting more such videos. Best channel to subscribe. My hearty congragulations

[@ashishmotivation1281]

It was very helpful for me thankuu so much 🥰🥰Love from india

[@haziqaiman167]

Nice video brooooo
Me vibing with the lofi background music

[@Reenasingh-gk6gc]

The explanation was awesome. Thanks for making this video

[@syncgawd7487]

My whole theory was a myth... I understood better in this vdo... thanks

[@yehiaelyamani6943]

Fantastic presentation and very concise too! Many thanks

[@nayna8002]

Thank you very much ,it just cleared all my doubts 👍

[@vluas]

Wow I'm actually understanding this now!

[@chemarun9941]

Outstanding Job.Thank You very much Sir!

[@lejindaryjams]

THANK U!! I’m in senior high school and I needed that!

[@kristss8534]

This is such a relaxing video

[@san99539]

What is the need to maintain the neutrality

[@sakshirani5325]

Thnku so much... I was so much confused 😕 ... But now everything is clear☺☺

[@aryanbhola3046]

Thanks buddy.
The best video for Daniel cell on youtube. 😎

[@حسنين-ذ9ر]

Thanks very much
Love from Iraq ❤💙

[@parthikshaji4901]

simple and neat explanation thankyou!

[@hdjdiddudud2698]

whoah best in class

[@divya84979]

What a graphics you use even before 9 years old

[@DaisyWhite-nd2ie]

Please help me by explaining what reaction takes place at the positive electrode 😢

[@deepshikhakeshri518]

Best animation 👍

[@SSG565]

Awesome best explaination only in 2 min

[@_styles_._stark_]

The video is 3D and it's awesome....
And your explanation about this topic is amazingly done well....
Sir, I must be honest you can became a great teacher.. and the whole class are gonna be lucky to have you.....
All the Great Wishes for you kind sir..... Or I insists on calling you Teacher.... 😊🌹

[@mushtaqhussain7082]

why sodium sulphate is not used as salt bridge instead of sodium chloride ?

[@munazzarehman3035]

the function of salt bridge is too keep the solutions of two half cells neutral by providing a pathway for migration of ions so thats the reason thay do not use sodium sulphte

[@HackersVillaCybersecurity]

Because migration can occur if both the ions are relatively of same size. Sulphate ion is not same in size of Sodium but chroide ion is almost equal in size of Sodium. Hope you understood..

[@mesilisdayenti3770]

Sir, I guess you have misunderstanding for the microscopic atomic mass of Cu2+ and SO42- sir, so42- is larger than CU2+ sir. Isn't it?

[@malkmohamed5769]

So useful
Thank you

[@aafaqin]

oh my god u r the best bro!!!!!

[@cherylparliament8252]

thanks for the short video for introducing the topic

[@dhananjay4525]

Great explanation mind it!!!!!

[@kolpitarahman6607]

Thank you very much.Iam from Bangladesh

[@braedenlarson9122]

Thank you!

[@deenwach]

I will be subscribing

[@rakeshkesarwani2398]

Sir, incredible video you have made

[@vaishali_7250]

Thankyou so much.. it was really a Best explanation 👍

[@freefireshorts3387]

❤ best video

[@danielluzzio5111]

Great animation!

[@humayonnasir4797]

Very nice 👌👌

[@worldofphysics7600]

wow what an understanding

[@sajidasaju570]

Power

[@Areyouok-t7n]

thanks so much it is great

[@mazharrabbani1465]

👍👍👍

[@bananwarwar5177]

شكرا يا عم💗💗💗💗💗

[@jonni2734]

Really useful! Thank you!

[@وردةبغداد-ش3د]

من قناه احمد النداوي ✌❤

[@taqi_000]

همزين لكيت واحد عراقي

[@animalplanetmm4765]

Sir,what will happen when all Zn electrons goes to Cu??

[@itzshortclipz8016]

i’m assuming the zinc anode will eventually disintegrate

[@animalplanetmm4765]

@@itzshortclipz8016 than the battery will dead

[@akshinbarathi8914]

ZINC ANODE VANISHES INTO SOLUTION AND COPPER FULLY ACCUMULATE

[@rashadehabrashad9366]

Current stops

[@pradumgaming7763]

Nice explanation🤗🤓🤓🤓

[@inazumayuyu8352]

Wow thank you! I have a question though, it says in the cie past papers that the more reactive metal is always the negative electrode.. So shouldn't zinc be the cathode?

[@gyarugyuu]

+inazuma Yuyu The more reactive metal is always the negative electrode, which is called the anode. The cathode is the positive electrode.

[@inazumayuyu8352]

I thought cathode was the negative electrode??

[@3pleflun]

+inazuma Yuyu in galvanic cell, cathode is positive while in electrolytic cell, cathode is negative. i think u misunderstood this.

[@akshinbarathi8914]

@INAZUMA , WHEN it is the metals with low reduction potential and high oxidation potentiial will make it self oxidiz adn give away electrns like zinc, so it is anode
copper has high reduction potential and low oxidation potential , so it tries to reduce itself by absorbing the electrons from zinc that comes via wire

[@ridhwanazahari459]

Terbaiklah dnseduction ni👍👍

[@guftarhussain9653]

Amazing

[@hafeezkhuhro3810]

Easy and comprehensive

[@My_Ballz_not_yours]

Dayum this video is 11 years old but still informative because it still applies 👍

[@yash9725]

Thanks a ton! Helped me a lot:)

[@muneerashariff560]

Very well explained.. Thankyou

[@safouanech4473]

A big LIKE for the video!!

[@nilufayesminalpona4607]

We wanted you make video for our student 😃😃

[@AnisaEsha]

Yes i have understood now.....

[@mujtabakhan845]

Awesome animation

[@umachoudhary9093]

It is best...

[@poojavlog3263]

Please more videos ..... Create 🙏🙏🙏

[@dr.khalidmehmood9764]

Very nice video😇

[@kh-el6vv]

the zinc should be as ion when it melt in solution

[@kutay7005]

Thanks from turkey

[@حسابمحذوف-م9ث]

wow. very good

[@elametefendi8425]

Bi Türkçe altyazı ekleseydiniz iyiydi.

[@rd3munna812]

Teacher paru vanavar ondo😜

[@lejindaryjams]

الله يوفقنا

[@tanguanming3359]

Why do they want to maintain neutrality of both of the solution?

[@akshinbarathi8914]

@Tan guan ming when there is neutrality it means the exampke in zinc sulphate solution , when more ZN2+ion forms more positive chagrge in solutio. in cuso4 more negative charge wil form, this will cause uneven charge traveling via wire, so to make the curretn go uniformly (MAINTAING THE PATENTIAL DIFFERENCE) WE PUT NEGATICE CHLORINE IONS TO POSITIVE ZNSO4 SOLUTION ZND POSITIVE SODIUM TO NEGATICE CUSO4,UNDERSTOOD?

[@1965ace]

Great animation.

[@Hellobebo]

It helped me a lot !!😄😄

[@maikalmeena6438]

A fine video

[@Ravenwest19]

Why Zinc gives Copper its electrons?

[@justinseah9102]

+Глеб Ворончихин Zinc is more reactive than copper (look at the reactivity series of metals), so it will lose electrons more readily than copper and electrons will flow from the zinc electrode to the copper electrode.

[@mariamathavan6008]

Sir electrons are always attracted towards anode.. But here why electrons are going towards cathode....

[@allegromus]

Electrons flow from the anode to the cathode. Anions flow toward the anode, caitons toward the cathode.

[@vortex74832]

Electrons flow from anode to cathode due to presence of a potential difference between them.

[@oyinkana8644]

this is the best animation very detailed

[@HarryMaguire-qp6vr]

nice

[@varshiniv6373]

Good explanation

[@ruetahmad]

Thanks!

[@meky_san_8576]

هااا هاي خليه دانيال

[@anishatadkod1778]

Wow ❤️

[@Eeshah]

Perfectttt👍

[@Adriano-ww1be]

I love, my teacher, Vanessa Pérez Hayo

[@arshiarehman7607]

Very helpful👌

[@cloudyclo]

THANK YOU.

[@muaz5515]

wow

[@jacksonaraujo5650]

Perfect!!

[@SafaaZreqat-i8i]

من طرف محمد زغول

[@josemarioferreira1882]

what is the software used to make this vídeo?

[@vortex74832]

I don't know

[@kebabsharif9627]

@@vortex74832 why the woner of the video isn't responding?

[@maahi6506]

Thankyou sir🙏🏻

[@deelipbiradar3074]

it increases curiocity of pupils and teachers

[@akshinbarathi8914]

curiosity

[@awaisshafiq3367]

very helpful keep it up............

[@آورانوسَ-م1ح]

من النداوي ♥️

[@zeenatbalochbaloch6267]

Thanks sir alot💕👌👍

[@andrewyap1086]

This is just golden