Step 2: Place egg in jar
I slid the egg in and then tilted the jar upright.
Step 3: Add Vinegar to jar
Pour enough vinegar so that the egg is completely coverd.
Step 4: Shell Starts to Dissolves
The vinegar contains acetic acid. The acetic acid in the vinegar reacts with the calcium carbonate crystals, which is what the egg shell is made of. The acetic acid causes the calcium carbonate cyrstals (the egg shell) to break into their calcium and carbonate parts. The calicum floats free and the carbonate combines with oxygen to form carbon dioxide, which are the bubbles you see forming on the shell.
Step 5: Replace Vinegar
After about 24 hours has passed you should replace the vinegar.
Carefully pour out the vinegar.
Once all of the old vinegar is removed pour in new vinegar so that again, the egg is completely cover.
As you can see in my picture I did not bother removing all of the foam, you can if you want too.
You will be able to observe that the shell is thining and patches of yellow (the yolk) will be seen through the thinning egg shell.
Step 6: Shell is dissolved
Once the shell is completely dissolved pour out the vinegar and remove the egg from the jar.

















































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I think what you might be asking is - Is it edible after being soaked in Vinegar for so long? That is a good question. Pickles are edible after soaking in vinegar. I would guess these would be too. That would be something to test.
CO3-- + H+ ---> H2CO3 ---> CO2 + H2O
there is no "combination with oxygen"
btw, doesn't it "lose" the molecule? though "loose" is also appropriate!
erm, yes, it saunds odd.
(is there something like 'partially fertilised'?)
;o)
It would dissolve the antler but since they are dead bone they would not have a collagen matrix so they would dissolve into nothing you would not have a flexible antler. Unless you manage to harvest an antler while its still in the velvet.
I wonder how acid etching a design on an antler button would work out.