How to determine my unknown solution? By the stated of soluble, cloudiness, and slightly soluble?
S: soluble
I: insoluble
SS: cloudiness
|
Anion Cation |
Cl- |
Br- |
I- |
CO32- |
SO42- |
OH- |
S2- |
|
Ag+ |
Insoluble |
Insoluble |
Insoluble |
Insoluble |
Soluble |
Insoluble |
Insoluble |
|
Mg2+ |
Soluble |
Soluble |
Soluble |
Slightly Soluble |
Soluble |
Slightly Soluble | Slightly Soluble |
|
Ca2+ |
Soluble |
Soluble |
Soluble |
Slightly Soluble |
Soluble |
Slightly Soluble | Soluble |
|
Sr2+ |
Soluble |
Soluble |
Soluble |
Slightly Soluble | Slightly Soluble | Slightly Soluble |
Soluble |
|
Mn2+ |
Soluble |
Soluble |
Soluble |
Soluble |
Soluble |
Soluble |
Insoluble |
|
Fe3+ |
Soluble |
Soluble |
Soluble |
Slightly Soluble |
Soluble |
Slightly Soluble | Slightly Soluble |
|
Co2+ |
Soluble |
Soluble |
Soluble |
Slightly Soluble |
Soluble |
Soluble |
Insoluble |
|
Ni2+ |
Soluble |
Soluble |
Soluble |
Slightly Soluble |
Soluble |
Slightly Soluble |
Insoluble |
|
Unknown |
Soluble |
Soluble |
Soluble |
Insoluble |
Soluble |
Slightly Soluble |
Insoluble |
Since the solubility of unknown is similar to that of Ni2+ ion solubility hence, answer is Ni2+.
How to determine my unknown solution? By the stated of soluble, cloudiness, and slightly soluble? S:...
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do it in a simple way please
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