so you could take a pile of newer penny's and scratch each one then make sure they are touching an electrode while in the paper bag thing, making sure to get through the copper outer layer and exposing the Zn core. then if you made the solution and applied voltage you could get a pile of zinc?
@WinterSurvival Ever since college , I'd been extremely self conscious and uncomfortable about my personal darkish, facial hair on my upper lip as well aschin. Waxing by no means worked and Iswear bleaching made additional hair grow. That is precisely why I tried the product bit.ly\uVlBLX and its really changed my entire life. you should certainly check it out for.
The source I'm using is rated 16V at 4A. The rate of growth of the metal is solely dependent on the amperage though, as long as the voltage is sufficient to reduce the tin (II) ions to tin metal. Based on standard redox potentials, this is only about 0.14V.
Yes, tin powder in HCl will get you Tin (II) chloride. You need to have an excess of HCl present though, since extra acid stabilizes the compound in solution.
Probably not. Unlike Tin (II) chloride, silver chloride is insoluble, although it can be dissolved by several complexing agents. However, adding them simply makes the electrochemistry even more complicated since they often can be oxidized or reduced instead of the metal. Silver sulfate is likewise very poorly soluble, although silver nitrate is a possibility. I can't comment on crystals though. Often times, you get blackish powdery deposits of the metal.
so you could take a pile of newer penny's and scratch each one then make sure they are touching an electrode while in the paper bag thing, making sure to get through the copper outer layer and exposing the Zn core. then if you made the solution and applied voltage you could get a pile of zinc?
demnlordd666 2 weeks ago
could you do this experiment using copper wire instead of stainless steel
YippieKayYa33 2 weeks ago
that is bad ass!
demnlordd666 1 month ago
@WinterSurvival Ever since college , I'd been extremely self conscious and uncomfortable about my personal darkish, facial hair on my upper lip as well aschin. Waxing by no means worked and Iswear bleaching made additional hair grow. That is precisely why I tried the product bit.ly\uVlBLX and its really changed my entire life. you should certainly check it out for.
alJada140 3 months ago
how to you identify a tin metal from other metals that have similar color and appearance ?
jucest 1 year ago
Very beautiful crystal!
Is the crystal strong enough to be hold?
kuro96inlaila 1 year ago
cool
69iron69 1 year ago
real time?
imaqtlolz 2 years ago
Hi! how much is the potential taht you apply?
TheChefEzra 2 years ago
The source I'm using is rated 16V at 4A. The rate of growth of the metal is solely dependent on the amperage though, as long as the voltage is sufficient to reduce the tin (II) ions to tin metal. Based on standard redox potentials, this is only about 0.14V.
WinterSurvival 2 years ago
Hi,
how can I make tin (II) chloride? Can I put powder tin in HCl acid (32%)? If I mixed that what I get, tin(II)chloride? thanks.
losradiofanatik 2 years ago
Yes, tin powder in HCl will get you Tin (II) chloride. You need to have an excess of HCl present though, since extra acid stabilizes the compound in solution.
WinterSurvival 2 years ago
Is it possible that you do the same thing, but with silver insted of tin?
simontimon2 2 years ago
definitely!
sciencoking 2 years ago
Probably not. Unlike Tin (II) chloride, silver chloride is insoluble, although it can be dissolved by several complexing agents. However, adding them simply makes the electrochemistry even more complicated since they often can be oxidized or reduced instead of the metal. Silver sulfate is likewise very poorly soluble, although silver nitrate is a possibility. I can't comment on crystals though. Often times, you get blackish powdery deposits of the metal.
Lead acetate, however, works nicely.
WinterSurvival 2 years ago
An excellent submission-Beautiful tin crystal growth.
I'll carry out some similar experiments.
StaffyBob 3 years ago
Thank you for this video. I may be very useful.
CrazyScience 3 years ago
What is in the solution?
anjilalyas 3 years ago
Woooo thats very interesting, thanks for sharing that. Science is amazing!!
smekat 3 years ago