ELECTROCHEMISTRY

[crisp cove]

<@&1227988359910260737>

Note for OP

+solved @user1 @user2... to close the thread when your doubt is solved. Mention the users who helped you solve the doubt. This will be added to their stats.

[rare eagle]

@upbeat hamlet

[rare eagle]

@subtle elm

karle bhai tera doubt hue

[upbeat hamlet]

Thanks for helping out, appreciate it :)

Question please :)

[native smelt]

iteachchem

Transcription requested by Revita

Hello, you don't tag me that Dexter Tang basically tags all people who have mentioned that they want help in chemistry, want to help out with chemistry.

[native smelt]

iteachchem

Transcription requested by Revita

Yeah, let's do that like that.

[upbeat hamlet]

Why would it be :D. It likes being reduced. Oxidation potential -ve hoga.

Anyway. You focus on solving the question. Ignore the solution as such. Attempt kariye from scratch.

[lofty spade]

actually it's not a typo as when writing the notation for standard potential of a half cell which is being oxidised the electrode taken is written first whereas idhar par reduction ho raha h cl ka due to it having less srp so idhar par uska standard reduction potential lena hoga which is opposite in sign of standard oxidation potential

had it been standard reduction potential it would've been written as E not cl-/cl2/pt = 1.35

[upbeat hamlet]

@subtle elm

[upbeat hamlet]

https://goldbook.iupac.org/terms/view/G02590 source for this.
basically you write the inert electrode first, then phase boundary then gas and then phase boundary then ion. it may look confusing but both the ones mentioned here are oxidation parts (for hydrogen and chlorine)
if Pt is on the right that would be the cathode, good call @lofty spade

[upbeat hamlet]

btw, looked around, this is not a crucial part of jee prep (knowing the iupac e cell notation). in ncert is just says 'convention'
since ye cathode pe tha, you know it is reduction, baaki solution you can figure out from there.

[lofty spade]

Glad to help out :)

[upbeat hamlet]

Yea Ditch.

But this is how gas electrodes are represented phase boundaries work

[rare eagle]

onekiss_bruh

inert electrode ke ka concept sikh le

left me hoga to anode - oxidation

inert electrode ke bagal me gas hota ha

[upbeat hamlet]

+solved @rare eagle @lofty spade