ma'am positive electrode is connected to the negative terminal as electric current passes from positive terminal to the negative terminal. The position of battery is wrong .
LEDs are comprised of compound semiconductor materials, which are made up of elements from group III and group V of the periodic table (these are known as III-V materials). Examples of III-V materials commonly used to make LEDs are gallium arsenide (GaAs) and gallium phosphide (GaP).
When the plate which is connected to negative terminal of the battery which is a copper plate then how can copper be deposited in that plate. Plz clarify my doubt
The solution breaks into copper and sulphate. Thus copper is deposited on the plate of the negative terminal. The copper in the solution is restored however as copper from the positive terminal dissolves in the solution.
@@shraavyaathalur1640 means Copper from Solution is attracted towards negative plate While copper from positive terminal mix with sollution. Do u mean to say this ? I have have same doubt !
You should show with two different metals
Mam , how can you do coatimg of copper with copper itself 😅 and not understanding anything.... Please do this video again...
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started -> X
Begun ->✓
Just u have explained from textbook??
In electroplating, is there any change in colour of copper sulphate solution or copper plate?
Both will show colour change
Solution won't change its colour @@yuvikakhemka9240
Yes, the solution becomes blue
Thank you very much ma'am. It was very helpful😊
Very helpful and easy understanding
Cr7 Suiiiiiii!!❤💯💯💯💯💥
ma'am positive electrode is connected to the negative terminal as electric current passes from positive terminal to the negative terminal. The position of battery is wrong .
bro you are wrong
U are wrong 😂😂
badhiya
very bad
anyone bbs
Not understandable
yeah true .
ikr
Yes
No
@@rainydqyz5695 hellooooo
Mam it clear my doubt... thanks a lot 🙏
LEDs are comprised of compound semiconductor materials, which are made up of elements from group III and group V of the periodic table (these are known as III-V materials). Examples of III-V materials commonly used to make LEDs are gallium arsenide (GaAs) and gallium phosphide (GaP).
Tnx mam
Thankyou mam for the wonderful explanation 😊
Very useful
👍
Mam why it turned green?
Thank you ma'am
My all doubts are clear .
Thank you so much ma'am .
You are the world's best teacher
👍👍👍👍👍 thank you 😊 maam
Thank you mam
Thanks all of you
Thanks mam
@@kamleshpatel9540 lol
Legends are watching 8 hours before exam😂
Really
Very very super video
Ok
Thank u very much mam 🤗🤗
Thanks 😎😎
You're Welcome :) !!!
For more such videos download LearnFatafat Learning App - bit.ly/3dq1DCJ
What about So2-
It sediments at the bottom of the beaker
Thankyou ma'am
Maam ek request.aese saare videos banaate raho. Pls
Couldn't understand a thing!!!!!! Please use scientific terms like cathode and anode....... Disappointed 😟
Nice
hallo Neetu
Hi
Thnx mam
Its very much understandable
Wowww
This is the process of electrolysis not electroplating.
Yes
No bro it's electroplating
When the plate which is connected to negative terminal of the battery which is a copper plate then how can copper be deposited in that plate. Plz clarify my doubt
The solution breaks into copper and sulphate. Thus copper is deposited on the plate of the negative terminal. The copper in the solution is restored however as copper from the positive terminal dissolves in the solution.
@@shraavyaathalur1640 means Copper from Solution is attracted towards negative plate
While copper from positive terminal mix with sollution.
Do u mean to say this ?
I have have same doubt !
@@mauryapatel9222 yes
Very short video not understanding the thing
Very good explain
Hahahahahahahahah😂😂😂
Huh i hacked you
make animation so its look good other than it is nice and saw slowly thankyou i thing so you will take tis point if understand replay me
BUT THE ANODE WILL FINISH SOON.
Worst explained
So I was
mam i have a quesion
no one asked
nonsense
Exactly 😂
Oh hii 🤣
@@krishh22317 hi
@@Soldierboyyyy hi
Exactly Kuch Nahin Aaya samajh
Thnx mam
thank you very much mam👍
Thank you mam
Not understandable