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Lithium carbonate, citric acid, reaction
Description:
Lithium carbonate reacts with citric acid. 0.025 mol of lithium carbonate (Li2CO3) is placed in a balloon, which is then attached to an Erlenmeyer flask that contains 20 mL of saturated citric acid (H3C6H5O7), left frame. After the balloon is turned upright, lithium carbonate pours into the acid. In the reaction, H3C6H5O7 + Li2CO3 -> Li3C6H5O7 + CO2 + H2O, carbon dioxide gas is produced and the balloon is inflated as a result, right frame. This is an example of a carbonate-acid reaction, which in itself is a double-replacement reaction followed by a decomposition reaction.
Credit:
Turtle Rock Scientific/Science Source
Unique identifier:
SS2710310
Legacy Identifier:
JC6635
Type:
Image
Size:
5700px × 4354px (~71 MB)
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Tags
acid
c6h8o7
carbon dioxide
carbonate
chemistry
citric acid
co2
compare
decomposition
displacement reaction
double displacement reaction
double replacement reaction
erlenmeyer flask
flask
h3c6h5o7
li2co3
lithium
reaction
replacement reaction
salt
sequence
solution