i didnt understand how electric current is created if there is no any conventional electrons disassembled and moving through? why + ions are moving instead of - ?
@TheMrWARLORD The video depicts the elctrochemical side of a lithium ion battery. It shows electrodes, separator + electrolyte. The latter transports lithium ions from one electrode to the other. The separator separates both electrodes and prevents electrons from taking the same way as the lithium ions. The electrons take the "outer" way from one electrode to the other, i. e. they form the electric current that is used to drive an electrical appliance attached via electric cables.
[PSK] @skulman1194@digadogup Thank you for your comments. Its always hard to find the balance between "easy to understand for all" and "all information in one". We will take your suggestions into account when producing our next videos. As a first step I added a link in the video description with for more in depth info about battery materials. Maybe this is useful for you.
I agree, I wish they would show what was happening on the atomic level. I also would like them to go in-depth and explain why they chose the elements they did for the battery (Al, Cu, C, LiO) and maybe how the permeable filter works. Otherwise it did a very nice job of summing up the voltaic cell.
i didnt understand how electric current is created if there is no any conventional electrons disassembled and moving through? why + ions are moving instead of - ?
TheMrWARLORD 3 days ago
@TheMrWARLORD The video depicts the elctrochemical side of a lithium ion battery. It shows electrodes, separator + electrolyte. The latter transports lithium ions from one electrode to the other. The separator separates both electrodes and prevents electrons from taking the same way as the lithium ions. The electrons take the "outer" way from one electrode to the other, i. e. they form the electric current that is used to drive an electrical appliance attached via electric cables.
BASF 3 days ago
@BASF oww, i got that, thx so much!
TheMrWARLORD 3 days ago
[PSK] @skulman1194 @digadogup Thank you for your comments. Its always hard to find the balance between "easy to understand for all" and "all information in one". We will take your suggestions into account when producing our next videos. As a first step I added a link in the video description with for more in depth info about battery materials. Maybe this is useful for you.
BASF 1 month ago
I agree, I wish they would show what was happening on the atomic level. I also would like them to go in-depth and explain why they chose the elements they did for the battery (Al, Cu, C, LiO) and maybe how the permeable filter works. Otherwise it did a very nice job of summing up the voltaic cell.
Skulman1194 1 month ago
its a shame there were no half equations =[ it would have made this a reputable video.
Digadogup 3 months ago 3