The frit prevents the reference electrode solution from contaminating the sample solution, while still permitting ion conduction between the two solutions. It acts as a low-resistance junction between the two solutions.
Thank you so much other question please comes to my mind how reference electrode keeps its potential constant even if some electrons are transfered to it
youre literally doing the lords work while some professors dont even bother teaching. i hope ur blessed in all ur endeavours
Man, these videos are really clear and helpful, propably best on the topic. Thank you for making them.
Thank you so much for all of the videos. They are extremely helpful
Great video! Thank you so much!
Thanks 😊 clear and easy to get!
Thank you so much Emily :) Its great work
Please make playlists 🙏🏾🙏🏾🙏🏾
Can you please explain what the KCl does in the reference electrode?
Thank you for your videos! They are so helpful!
Thank you Emily 😭, this help me a lot
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So the reference electrode is where oxidation occurs and attracts the chloride ions into the tube?
finally....it makes sense
Ma'am, thank you
Thank you ma
could you please explain role of frit in reference elecrode
The frit prevents the reference electrode solution from contaminating the sample solution, while still permitting ion conduction between the two solutions. It acts as a low-resistance junction between the two solutions.
Thank you so much other question please comes to my mind how reference electrode keeps its potential constant even if some electrons are transfered to it
You wrote mercurous chloride in place mercuric chloride
Yes, it should be mercurous chloride in the SCE electrode.
Hii mam