OK, here's my problem:
I have two equations:
Number (1)
2CuCO
3(s) ------> Cu
2O
(s) + 2CO
2(g) + 1/2O
2(g)Number (2)
CuCO
3(s) ------> CuO
(s) + CO
2(g)I gotta setup an post-experiment to determine (using the
volume of the CO
2(g)) which equation has happened.
I thought that what I could do was get the volume of the CO
2(g) by feeding off the reaction into a gas syringe, capturing all the gas, take a reading, then pump and bubble it through Ca(OH)
2(l) (limewater).
What I'm wondering is: Is it possible to tell (by just using what I described above) which reaction that it is?
Take this scenario as an example of what I'm looking to happen.
I increase the amount of reactants in both reactions equally so that, a couple of moles of CO
2(g) are given off in reaction (1) and, say, 1 mol given off in reaction (2). Ideally, in reaction (1) so much CO
2(g) is given off that it precipitate is produced, then reacted
again so that the solution goes clear again. And in reaction (2), that there is enough CO
2(g) to only make the Ca(OH)
2(l) stay white with the precipitate.
Therefore, it is clear which reaction has taken place, by just looking at the colour of the limewater.
So, what I need to know is (sorry that this is long-winded, but I wanted to make sure you understood what I needed) whether this is possible, amid the ambigousness
AND what the threshholds (as in the specific amounts of CO
2(g)) for when the Ca(OH)
2(g) goes white, and then clear again.
THANK YOU VERY MUCH, YOU'VE BEEN A GREAT *delete me*!! :happycrying:
N.B.
This is related to Planning part of Coursework. Please, if you do decide to help me, say only whether it would work, and what the threshholds would be.
You won't get in trouble, but I could for getting too much help
Anywho, thanks a bunch,
Lewis.