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Tin and Zinc Chloride Synthesis
[rquote=422490&tid=63827&author=deltaH]
Ah ok, cool, I'm happy it all worked out for [b]a ... |
10-10-2015 at 06:16
by: blogfast25 |
Thinking in different number bases...
Yeah but what's 512<sup>(170.6666 / 512)</sup> in binary, huh? 
[Edited on 10-10-2015 ... |
9-10-2015 at 16:43
by: blogfast25 |
Quantum Mechanics/Wave Mechanics in Chemistry Beginners Thread
[b]When a Covalent Bond is not a Covalent Bond Anymore:[/b]
So far we’ve dealt only with covale ... |
9-10-2015 at 15:11
by: blogfast25 |
Tin and Zinc Chloride Synthesis
Best to leave it stand overnight with the ingot in it, to ensure full reduction back to Sn(+2). The ... |
9-10-2015 at 14:17
by: blogfast25 |
Quantum Mechanics/Wave Mechanics in Chemistry Beginners Thread
[rquote=422425&tid=62973&author=aga]Website : http://scistore.cambridgesoft.com/DesktopSoftw ... |
9-10-2015 at 13:44
by: blogfast25 |
Tin and Zinc Chloride Synthesis
[rquote=422429&tid=63827&author=deltaH]The tin dioxide should be easy to dissolve by adding ... |
9-10-2015 at 13:38
by: blogfast25 |
Tin and Zinc Chloride Synthesis
[rquote=422403&tid=63827&author=aga]
No, the curdy stuff just goes into a milky yellow su ... |
9-10-2015 at 13:14
by: blogfast25 |
Red Material?
[rquote=422391&tid=63887&author=Boffis]The most likely impurity in lab grade silicon powder ... |
9-10-2015 at 10:21
by: blogfast25 |
Quantum Mechanics/Wave Mechanics in Chemistry Beginners Thread
[rquote=422388&tid=62973&author=Darkstar][rquote=422175&tid=62973&author=aga]p.s. wh ... |
9-10-2015 at 10:11
by: blogfast25 |
Red Material?
[rquote=422303&tid=63887&author=Agari]
Is the chlorine generated from TCCA according to t ... |
9-10-2015 at 06:03
by: blogfast25 |
Red Material?
In the case of 'Nile Red's' video the red contamination is almost 100 % due to reaction of chlorine ... |
8-10-2015 at 18:23
by: blogfast25 |
Red Material?
[rquote=422280&tid=63887&author=j_sum1]
And there is the answer on why it is necessary to d ... |
8-10-2015 at 17:44
by: blogfast25 |
Red Material?
[rquote=422279&tid=63887&author=Agari][rquote=422276&tid=63887&author=100PercentChem ... |
8-10-2015 at 17:36
by: blogfast25 |
Red Material?
[rquote=422276&tid=63887&author=100PercentChemistry]IIt could either be impurities, or a sil ... |
8-10-2015 at 17:33
by: blogfast25 |
Red Material?
[rquote=422269&tid=63887&author=j_sum1]Going out on a limb here. The sulfuric acid is to dr ... |
8-10-2015 at 17:21
by: blogfast25 |
Red Material?
Things to look out for are tubing, connectors, sealing grease or seals that might react with chlorin ... |
8-10-2015 at 17:19
by: blogfast25 |
Red Material?
Very nice experiment indeed, Agari. Of the kind we could do with many more over here. But a picture ... |
8-10-2015 at 16:47
by: blogfast25 |
Quest for the elements
A much simpler way is to take advantage of the modest solubility of LiCO3 and the high insolubility ... |
8-10-2015 at 15:42
by: blogfast25 |
Quest for the elements
[rquote=422243&tid=63794&author=Upsilon]Er, I just added the lithium citrate solution to the ... |
8-10-2015 at 15:31
by: blogfast25 |
Can I use Ca(OH)2 to produce Al₂O₃?
Mixing a slurry of Ca(OH)2 with the solution of an Al salt should work:
3 Ca(OH)2(s,aq) + 2 AlCl3 ... |
8-10-2015 at 15:10
by: blogfast25 |
Quantum Mechanics/Wave Mechanics in Chemistry Beginners Thread
[rquote=422175&tid=62973&author=aga]
Thanks for continuing to explain all this. It is ver ... |
8-10-2015 at 08:44
by: blogfast25 |
Tin and Zinc Chloride Synthesis
[rquote=422183&tid=63827&author=aga]Soluble in water ?
If it is tin hydroxide/tin oxide, ... |
8-10-2015 at 07:44
by: blogfast25 |
Tin and Zinc Chloride Synthesis
[rquote=422088&tid=63827&author=aga]
Closest colour match is the FeCl[sub]4[/sub]<sup> ... |
7-10-2015 at 15:59
by: blogfast25 |
Quantum Mechanics/Wave Mechanics in Chemistry Beginners Thread
[b]Gerate and ungerate orbitals:[/b]
Gerate/ungerate relates to the concept of wave function pari ... |
7-10-2015 at 15:44
by: blogfast25 |
Quantum Mechanics/Wave Mechanics in Chemistry Beginners Thread
[rquote=422095&tid=62973&author=aga]So odd means No.
Antibond means No Bond Forms.
Out ... |
7-10-2015 at 15:06
by: blogfast25 |
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