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24 Cards in this Set
- Front
- Back
Ammonium |
NH4+ Polyatomic cation |
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Hydronium |
H3O+ Polyatomic cation |
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Mercury |
Hg2^2+ Polyatomic cation |
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Hydroxide |
OH^- Polyatomic anion ending in 'ide' |
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Cyanide |
CN^- Polyatomic anion ending in 'ide' |
|
Peroxide |
O2^2- Polyatomic anion ending in 'ide' |
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Azide |
N3^- Polyatomic anion ending in 'ide' |
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Acetate |
C2H3O2^- Oxyanion ending in 'ate' -1 charge |
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Chlorate |
ClO3^- Oxyanion ending in 'ate' -1 charge |
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Nitrate |
NO3^- Oxyanion ending in 'ate' -1 charge |
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Permanganate |
MnO4^- Oxyanion ending in 'ate' |
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Carbonate |
CO3^-2 Oxyanion ending in 'ate' 2- charge |
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Sulfate |
SO4^-2 Oxyanion ending in 'ate' 2- charge |
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Chromate |
CrO4^-2 Oxyanion ending in 'ate' -2 charge |
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Dichromate |
Cr2O7^-2 Oxyanion ending in 'ate' -2 charge |
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Thiosulfate |
S2O3^-2 Oxyanion ending in 'ate' -2 charge |
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Phosphate |
PO4^-3 Oxyanion ending in 'ate' -3 charge |
|
-ite anions |
Same as -ate anions but with one fewer oxygen atom |
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KNOW CHLORATE Once you know chlorate then you know 12 polyatomic ions because bromine and iodine behave similar to chlorine |
ClO3^-1 OXYANION ENDING IN '-ATE' |
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Anion with a charge of -2 or -3 is considered highly charged because... |
- It can reduce it's overall charge and become more stable by adding a positive H+, which forms a polyatomic ion - These anions are named by adding 'hydrogen' or 'bi' (i.e. bisulfate or hydrogen sulfate) |
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Sulfate + H+ = |
HSO4^- SO4^2-+H= (bisulfate or hydrogen sulfate) |
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Sulfite + H = |
HSO3^- SO3^2-+H= bisulfite or hydrogen sulfite |
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Carbonate + H = |
HCO3^- CO3^-2+H= bicarbonate or hydrogen carbonate |
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Phosphate + H = |
HPO4^2- OR H2PO4^- PO4^3- + H = hydrogen phosphate OR dihydrogen phosphate |