Inert or nonattackable electrodes are those which are not participating in reactions . Best example is platinum and graphite. Second idea is that if metal and metal salts are different then metal electrode may be inert
In reactivity series of anions OH- discharge tendency is more than that of Cl- ion. If you are teaching online, don't put up wrong concepts. Cl- gets discharged in preference to OH- due to overpotential not due to reactivity series. For your clarity, google on reactivity series of anions.
Thanks for your feedback and suggestions. Beta I'm talking about discharge potential. I don't know what do you know about discharge potential, for your information I deliberately didn't touch topic of over potential as it is beyond the scope of 12th standard. Discharge potential is counted by making use of electrode potential and over potential. Just google it.
Mast explanation sir _from auxesia
Thanks and welcome
It is nice it clear my consept
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Best vdo ever.... crystal clear sir ❤❤✨✨🌟😊
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Nice sir
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crystal clear explanation....!!!!
Thanku so much sir.. concept is crystal clear now..
Thanks a lot
Very nice sir
Sir please say how to find attackable and non attackable electrodes
Inert or nonattackable electrodes are those which are not participating in reactions . Best example is platinum and graphite.
Second idea is that if metal and metal salts are different then metal electrode may be inert
@@Chemistrygyanacademy your knowledge is just wow👏👏
sir app kya parash thakur sir ke bhi he
?
Tq sir super
Sir please upload lecture on Reaction kinetics..Too early as u can
Ok
Dr. Suresh Thakur Ph.D. Chemistry Thanks a lot..
I, will w8
Pin kardo sir #sikka
In reactivity series of anions OH- discharge tendency is more than that of Cl- ion. If you are teaching online, don't put up wrong concepts. Cl- gets discharged in preference to OH- due to overpotential not due to reactivity series.
For your clarity, google on reactivity series of anions.
Thanks for your feedback and suggestions.
Beta
I'm talking about discharge potential. I don't know what do you know about discharge potential, for your information I deliberately didn't touch topic of over potential as it is beyond the scope of 12th standard. Discharge potential is counted by making use of electrode potential and over potential. Just google it.
Very nice sir