When $\ce{CO2}$ reacts with water, it supposedly forms $\ce{H2CO3}$, which is the aqueous form of $\ce{CO2}$. But it is hard to isolate, but its $K_\mathrm{a}$ value is pretty low (on the order of $10^{-7}$) indicating it should be found in a non dissociated form? So does $\ce{H2CO3}$ exist in solution?
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digital communications - Understanding the Matched Filter
I have a question about matched filtering. Does the matched filter maximise the SNR at the moment of decision only? As far as I understand, ...
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In Adon Olam some translate the words מְנָת כּוֹסִי in the antepenultimate stanza as “the portion of my cup”. (Wikipedia translates as “Fil...
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わりィ のはその関口って奴じゃねぇか。 I'm guessing that this って is という rather than は. So I get something like It's that idiot Sekiguchi isn't it? ...
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Moderator's note: As with all discussions of Jewish law on this site, any information included in this question or its answers is presen...
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