budullewraagh

ok, now if i only could obtain some drawings of the entire device...

i really dont want to work with SO2; it's quite toxic and i dont have the resources to work with...i dont have vanadium...plus, if you read the synthesis, you need H2SO4 to make H2SO4. i've seen that synthesis, but it doesnt work for me since i dont have the resources.

and where could one obtain one?

CO is extremely unstable; the C really wants to make 2 more bonds. this happens spontaneously.

yes

i've tried buying it; it's nowhere. explain your proposal

sp^3 to be exact

btw, what IS a thermos vacuum flask?

it can't.

heh, you could try a nice inert organic liquid...

there's a trend for group 14 elements; they are all able to form many compounds, but as you go down, they form less compounds. the reason carbon is so versatile is because it has 4 valence electrons, and thus can form 4 bonds and perhaps more, depending on if something is to create coordinate covalent bonds, although carbocations are extremely unstable and only can exist for long periods of time (more than 1/100 second) when in a solution of 50% HF:SbF5 C forms "nets". ever notice how graphite and diamond are both pure carbon? what makes them different is their structure. they form large patterns.

not necessarily; i want to make sure i dont blow myself up making one

you're speaking of the reverse reaction. every forward reaction has a reverse reaction.

H2+CO

OH-+CO2->HCO3- or H2CO3; for the latter, just make sure there's a good proton donor or else you'll get more HCO3-

yeah, they are hazardous to the ozone; every molecule of Cl2 destroys 2 million O3 molecules. the O3 reactions go like: O3+radiation->O- + O2 O-+O2->O3 and that happens over and over. unfortunately, the Cl2 ruins this. still, HFCs work just as well.

i was thinking of making some H2SO4 using the following procedure; electrolysis; MgSO4 solution, Al cathode, Cu anode ->CuSO4 of course, some of the CuSO4 is actually Cu(OH)2 and H2SO4. my question is how can i get the reverse acid base reaction to be favored?

mac osx panther is $129.99 i saw windows xp home on froogle selling for between $94.99 and $188.88 meanwhile, xp professional sold for between $299.99 and $349.99 one would compare xp pro to panther and still find that panther owns xp

why settle with CO2 when you can use CFCs?

calm down buddy, i just wanted to make that correction so people don't get the wrong ideas about metals and their boiling points.

this is organic; hydrogen citrate is definately organic. eh, NH3 ion...what charge do you think the N has???

hmm, do you think you could draw up a structural pic of one of those reactors?

you mean balance it using coefficients?

what terms are you speaking on? i dont understand your question. define "getting anywhere"

you mean the acid-base reaction? read above; C6H5O7-3(aq) + 3H+(aq) + 3NH4+(aq) + 3OH-(aq) --> 3NH4+(aq) + C6H5O7(aq) + H2O(l)