17:08 Ag+,H+,OH-,NO3- Ag+ is reduced (at cathode , reduction) 2Ag+ + 2e 👉 Ag OH- is oxidised (at anode , oxidation) 4OH- 👉 2 O2 + 4H+ + 4e Hope this is ryt answer 😀
At 5:01- Oxidation at Anode & Reduction at Cathode 👆Simple memory tip to learn this Red Cat and Ox( where Red stands to-- reduction ,cat stands to-- cathode , and stands to -- anode , Ox stands to -- oxidation) 🙃✌️
@@harshitvarshney756 bhai electrolysis hai ye is reverse hota hai kyuki electricity di ja rhi hai and delta g +ve and non spontaneous reaction hoti hai
Ag at cathode and o2 at anode THANKYOU SO MUCH SIR, IVE NO PROBLEM IN THIS CONCEPT ANYMORE, GOING TO GET 35/35 IN CHEMISTRY BECAUSE OF YOU, THANKS FOR ALL YOUR HARDWORK, MEANS A LOT LOT LOT TO ME!!!
Sir at 14:40 , i guess at cathode ~> 2H+ + 2e- ---> H2 (since reduction potential of Hydrogen is more than that of Zn) :) Hw- at anode- No3- , OH- 2OH-(aq) 👉 O2(g) + 2H+(aq) + 4e- At cathode- Ag+ , H+ 4Ag+(aq) + 4e- 👉 4Ag(s)
Samjh aagya sir .This video is very helpful to all of us 🙏🙏🙏.aaj mera chemistry ka exam hai or mei yeh video dekh rhi hu bhut achi hai saare doubt clear hai or vo bhi trick ke sath 😊😊😊.
Sir ji nice trick and best video for product of electrolysis apne jitni mehnat hamare liye ki utni mehnat maine aur kisi teacher ko krte nhi dekha. Thanks sir ❤️
Thank you so much sir really its a big doubt for each and every study right now our doubt is Crystal clear again thank you so much from my bottom of heart, lungs, liver, kidney everywhere ❤❤❤❤💕💕💕💕💕👍👍👍
At cathode : Ag(s) will be formed... At annode : O2(g) will be liberated... Thankyou sir... 💯✨ Sirji request hai pls... 3 4 sample paper solve krvado ab chemistry ke... Mza aaje bs 🤣✨💯✨
Sir ab last 2 days most expected questions karvado pure syllabus ka Ye best hai last 2 days me revise karne ke liye We really appreciate your efforts sir,You're our chemistry lord
17:08
Ag+,H+,OH-,NO3-
Ag+ is reduced (at cathode , reduction)
2Ag+ + 2e 👉 Ag
OH- is oxidised (at anode , oxidation)
4OH- 👉 2 O2 + 4H+ + 4e
Hope this is ryt answer 😀
@@saurav_2252 ok bro👍
ans mera bhi yahi aya hai
Bro Why 2Ag+ and not a Single Ag pls tell me?
@@bestachievers4891 it will be single ag it is a mistake by him
@ cathode rx^n will be Ag+ ---------------------------> Ag +e -
at anode:
4OH- = 4H+ + 4e + O2
at cathode:
4Ag+ + 4e = 4Ag
Trick :-
Oxidation at anode : An ox 🐂
Reduction at cathode : Red cat 🐱
Also you can remember it with the term LOAN that says oxidation at anode….
O= oxidation
A= Anode
And vice versa for cathode i.e obviously reduction 😊
At 5:01- Oxidation at Anode & Reduction at Cathode
👆Simple memory tip to learn this Red Cat and Ox( where Red stands to-- reduction ,cat stands to-- cathode , and stands to -- anode , Ox stands to -- oxidation) 🙃✌️
What about LOAN- Left oxidation Anode Negative
@@harshitvarshney756 Galvanic Cells broo...
@@harshitvarshney756 bhai electrolysis hai ye is reverse hota hai kyuki electricity di ja rhi hai and delta g +ve and non spontaneous reaction hoti hai
Loan
@@harshitvarshney756 saurab raina sir ki trick
Ag at cathode , 2O2 + 4H+4e at anode
Thanks you sir 😊😊😊😊
Ag at cathode and o2 at anode
THANKYOU SO MUCH SIR, IVE NO PROBLEM IN THIS CONCEPT ANYMORE, GOING TO GET 35/35 IN CHEMISTRY BECAUSE OF YOU, THANKS FOR ALL YOUR HARDWORK, MEANS A LOT LOT LOT TO ME!!!
👍
ag s block element thodi na h..kese kiya btao na
@@huntergaming6970 electrochemical series padh lo ho jayega
@@huntergaming6970 s block ka hota toh h2 nikalta
@@akshatkulshreshtha5361 haa yrr ab pta chl gya..dimag se nikal gya tha 😶
Sir at 14:40 , i guess at cathode ~> 2H+ + 2e- ---> H2 (since reduction potential of Hydrogen is more than that of Zn) :)
Hw- at anode- No3- , OH-
2OH-(aq) 👉 O2(g) + 2H+(aq) + 4e-
At cathode- Ag+ , H+
4Ag+(aq) + 4e- 👉 4Ag(s)
Correct
At cathode:Ag
At anode:OH
Thank you sir... bahut acche se smjh gaya 😁👍🏻❤️
An ox (anode oxid..) Red cat( reduction cathode.)
LEO/GER.
loss of e is oxidation and gain of e is reduction. 👍👍
At Cathode: Ag+ + 1e ➡️ Ag
At Anode: 4OH- ➡️ 2(O2) + 4H+ + 4e-
4OH- ➡ 2(O2) + 4H+ + 8e- i believe
so ig the net will be:
2H20 (l) ➡ 02(g) + 2H2(g)
Take a moment and appreciate the dedication of Sir and his team... Love you sir ♥️
Thanks sir.....❤️from heart .....u r doing very hard work for us.........🤐
Crystal 🔮 clear thank uh sir❤
Damn he is unstoppable 🔥🔥🔥
Samjh aagya sir .This video is very helpful to all of us 🙏🙏🙏.aaj mera chemistry ka exam hai or mei yeh video dekh rhi hu bhut achi hai saare doubt clear hai or vo bhi trick ke sath 😊😊😊.
Thanks sir 😄
Ans:-Ag at cathode and O2 at anode
Sir ji nice trick and best video for product of electrolysis apne jitni mehnat hamare liye ki utni mehnat maine aur kisi teacher ko krte nhi dekha. Thanks sir ❤️
Sir jo topic aaj tak koi samjha nahi paya aapne samjha diya. Thank you sir🙏
at cathode:-Ag
at anode:-OH
Thx a Lot Sir for your hardwork....Just ek baat....Kya aap ek choti si video Ions produced from complex pe bana salte hain?😊🙏🏻
Really thanku so much sir ye topic bilkul smjh aa gya 😌🙂
Where Should follow LOAN abbreviation and where PANIC abbreviation sir?
At anode:
2Ag +2e= Ag
At cathode:
4OH= 2O2 +4H +4e
At 14:22 , the srp of Hydrogen is more than Zn so ... H+ gone first then zinc at cathode ....
At cathod -Ag
At anode- O2
Sir mai kisi bhi video pe comment nhi karta but itne achhe se aapne padhaya mujhe karna hi pada, thanks sir ❤❤
💫
Atleast he tried 😀
At cathode : 2H+ 2e ---> H2 +
At anode : 4OH- ----> 2O2 + 4H+ 4e
Thank u so much sirrr💕💕 i really want this
Ag at cathode bcz it have less - ve srp value than h2o and NO3 is at anode
This video is a vardaan😍🙏🙏
whos here for 2024 boards?
Present bro
present
@@Shivv99 here 😄
I am here for 2024 boards😂
Bhai hum bi 😢😢
Sir aagya samjh me. 👍🏻👍🏻
Thank you so much sir really its a big doubt for each and every study right now our doubt is Crystal clear again thank you so much from my bottom of heart, lungs, liver, kidney everywhere ❤❤❤❤💕💕💕💕💕👍👍👍
Bhai head(brain ) bhi raha gaya 🤣🤣🤣
17:08
Ag at Cathode and O2 at Anode
Ag+ at cathode and OH- at anode....
❤❤❤❤❤
Majaa aayegaa 😊😊😊😊❤❤❤
Kal subah chemistry ka board hai 🙏
At cathode -- Ag²+ + 2e ----> Ag
At anode -- 4OH- -----> 2O2 + 4H + 4 e
Ag+2 at cathode and OH- on anode
Cathode - 2ag+ + 2e- - > 2ag
Anode - 4oh- - > 2o2 + 4h+ + 4e-
2o2 ayega re
At cathode
Ag+. H+
At anode
NO3-. OH-
H+. + NO3- HNO3
In case of mercury as electrode when we do electrolysis of aq nacl .why we give preference to na+ over H
Thank Your sir for this short vedio
Ag^+ + e give ag at cathode
Oh^- give O2 + 4h+ + e at anode
Ag at cathode and O2 and anode
Concept crystal clear sir🙏🏻🔥
Thank you so much for your efforts sir
17:07 Ag+ at Cathode and OH- at Anode
Ag+ +e- = Ag at cathode , at anode 4OH- = O2 +4H+ + 4e-
At cathode : Ag+
At anode : OH-
At cathode:Ag*+ +e- =Ag
At anode : 4 OH- = O2 + H*+ +4e-
Ag at cathode
2O2 + 4H+ +4e-
Ag+ and H+ at cathode (In reduction)
No3²- and OH- at anode (in oxidation)
Ag+ +1e=Ag
4oh=2O2+4H+4e
Hii
@@single__life__better___4773 Hello 👋
At cathode : Ag deposited
At anode : Oxygen gas evovlved
Cathode Anode
H+. NO3
Ag. OH
😇THANK u SIR. IT REALLY HELP me
Thank you Sir 😊😊😊😊😊
Really very helpful 😊
Thank you sir ji 🔥🔥🔥
17:17Cathode pe ag ka reduction and anode pr oh ka oxidation
Sir answer is Ag will get reduced and at anode O2 will form.
At cathode-Ag form and at anode -O2+4e+4H+
Sir please Colours Wale topic par video bana do. Inorganic me bahut pareshaan kar rha h.
Please sir.🙏🙏🙏
Ag at cathode and no3 is at anode.
Sir ek baar nomenclature ka video for organic daal dijia please
Simple trick.
Vowel with vowel = Anode + Oxidation
Consonant with consonant = Cathode + Reduction
Thank you sir 💝 got it
Ag is d block element so it will not reduced right??
AgNO3
At cathode:
2h +2e-> H2
At anode:
4oh--> 2o2+4h+4e
bhai 2 oh- ----> o2 +2h +2 e same h na at anode ?
At cathode : Ag+ + e- ---> Ag
Hona chahiye
@@sitasahu6244 ya
@@sitasahu6244 right
@@sitasahu6244 hn
Sir you are very hardworking itni raat ko video upload kari 😘😘😘😘
At cathode : Ag(s) will be formed...
At annode : O2(g) will be liberated...
Thankyou sir... 💯✨
Sirji request hai pls... 3 4 sample paper solve krvado ab chemistry ke... Mza aaje bs 🤣✨💯✨
Love you sir❤
AAG LAGA DIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥
Ag at cathod
And OH at anode
So 2Ag+ 2e- = Ag
And 4OH= 2O2+ 2H+ 2e
sir can we do oxidation and reduction of water directly instead of their ions. it will also form same products
At cathode 2Ag+ + 2e-=Ag
At anode O2 will be deposited
Thank you so much sir💙🙏🏻
Thanks a lot for this video sir.🙂
mja aagya sir, saara smjh aagya :)
😊 fantastic
Ag will reduced and oH will oxidised
Sir please a video on the uses of all the reactants......means where we can use which reactants!!!
Ag+ deposited at cathode and O2 gas released at anode
Sir aa gaya aache se samjhme
Aa gaya samaj me sir
thankyou sir
Sir could you please make a video on how to solve Werner's theory compound formation question
Sir please explain Zeta potential.
Sir pls 1 video complete physical properties pr krwa dijiye.
Boiling, melting point, solubility.
Or jo ques prv. Year me aye ho.
Sir ab last 2 days most expected questions karvado pure syllabus ka
Ye best hai last 2 days me revise karne ke liye
We really appreciate your efforts sir,You're our chemistry lord
Cathode- Ag+2 +2e→Ag
Anode- 4oh→2o2+4h+ +4e
Finally at cathode Ag
At anode O2
Anode-Ag and cathode -O2
Cathode par banega sir Ag+ aur Anode par banega 2O²-(g).
Thankyou sir for your efforts
Really sir u teach excellent no words to say and we will do very gud in exam
Products
At cathode:Ag(s)
At anode:O2(g)
Sir cathode me Ag winner hai aur anode me cl winner, thanku sir 🙏 for making this video this is very help full for me
Thankyou so much sir..now this topic is clear
Sir google pe
Anode ko reducing electrode -ve
Cathode ko oxidising electrode +ve
Sir Ag at CATHODE AND OH AT ANODE
Grateful🙏❤