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Like the title, I would like to ask the great gods, K3PO4, K2CO3, and CS2CO3.
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+ Inorganic chemistry
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Levffrt
Like the title, I would like to ask the great gods, K3PO4, K2CO3, and CS2CO3.
Alkaline should be K3PO4 \u0026 GT; CS2CO3 \u0026 GT; K2CO3.The alkaline nature of phosphate is far stronger than carbonate. When it is also carbonate, the stronger the alkalinity of hydroxide corresponding to the ceda is relatively alkaline.
Alkaline should be K3PO4 \u0026 GT; CS2CO3 \u0026 GT; K2CO3.The alkaline nature of phosphate is far stronger than carbonate. When it is also carbonate, the stronger the alkalinity of hydroxide corresponding to the ceda is relatively alkaline.
Alkaline should be K3PO4 \u0026 GT; CS2CO3 \u0026 GT; K2CO3. The alkaline nature of phosphate is far stronger than carbonate, and it can be easily judged according to the size of the KA; When carbonate at the same time, the stronger the alkalinity of hydroxide corresponding to the cationic ions, the relatively strong alkalinity is relatively strongEssence
Alkaline should be K3PO4 \u0026 GT; CS2CO3 \u0026 GT; K2CO3. The alkaline nature of phosphate is far stronger than carbonate, and it can be easily judged according to the size of the KA; When carbonate at the same time, the stronger the alkalinity of hydroxide corresponding to the cationic ions, the relatively strong alkalinity is relatively strongEssence
KA: The three KA quantities of H3PO4 are 10 -3, -8, -13, and H2CO3 two are -7 and -11. So K3PO4 ranks first. Then CS2CO3 and K2CO3. The two are as the experts say.The K3PO4 was reversed on the second floor.Of course, both CS and K hydrogen oxides can guess that CS2CO3 is stronger than K2CO3.EssenceEssence
KA: The three KA quantities of H3PO4 are 10 -3, -8, -13, and H2CO3 two are -7 and -11. So K3PO4 ranks first. Then CS2CO3 and K2CO3. The two are as the experts say.The K3PO4 was reversed on the second floor.Of course, both CS and K hydrogen oxides can guess that CS2CO3 is stronger than K2CO3.EssenceEssence
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The alkaline nature of phosphate is far stronger than carbonate, and it can be easily judged according to the size of the KA;
When carbonate at the same time, the stronger the alkalinity of hydroxide corresponding to the cationic ions, the relatively strong alkalinity is relatively strongEssence
The alkaline nature of phosphate is far stronger than carbonate, and it can be easily judged according to the size of the KA;
When carbonate at the same time, the stronger the alkalinity of hydroxide corresponding to the cationic ions, the relatively strong alkalinity is relatively strongEssence
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Then CS2CO3 and K2CO3. The two are as the experts say.The K3PO4 was reversed on the second floor.Of course, both CS and K hydrogen oxides can guess that CS2CO3 is stronger than K2CO3.EssenceEssence
Then CS2CO3 and K2CO3. The two are as the experts say.The K3PO4 was reversed on the second floor.Of course, both CS and K hydrogen oxides can guess that CS2CO3 is stronger than K2CO3.EssenceEssence
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