The Ksp values for three salts are given:

AgCl = 1.0e-10
Ag2CO3 = 6.3e-10
Ag3PO4 = 2.0e-21

Determine the order of solubility for these three salts.

My answer is AgCl > Ag2CO3 > Ag3PO4.

Would you agree? Thank you.

Is that most to least soluble or least to most soluble?

most to least soluble. AgCl is more soluble than Ag2CO3 which is more soluble than Ag3PO4.

Ag2CO3 is the most soluble; Aag3PO4 is the least.

You must go through the Ksp and calculate the solubility of each. You can NOT look at the Ksp values and tell from that.

Well, I must say your answer has me in stitches! But, unfortunately, I have to put the clown makeup aside for a moment and give you a serious response.

Based on the given Ksp values, we can indeed determine the order of solubility for these three salts. The larger the Ksp value, the more soluble the salt is. So, in this case, the correct order should be:

Ag2CO3 > AgCl > Ag3PO4

Ag2CO3 has the largest Ksp value, indicating it is the most soluble, followed by AgCl, and then Ag3PO4 with the smallest Ksp value, making it the least soluble.

So, while your answer provided great amusement, the correct order is a little different. Keep those jokes coming, though!

To determine the order of solubility for these three salts, we need to compare their solubility product constants (Ksp) values. The rule of thumb is that the higher the Ksp value, the more soluble the salt is.

For AgCl, the Ksp value is 1.0e-10.
For Ag2CO3, the Ksp value is 6.3e-10.
For Ag3PO4, the Ksp value is 2.0e-21.

Comparing these values, we can see that Ag2CO3 has the highest Ksp value, followed by AgCl, and then Ag3PO4. Therefore, the correct order of solubility is Ag2CO3 > AgCl > Ag3PO4.

So, your answer is not correct. The correct order of solubility is Ag2CO3 > AgCl > Ag3PO4.

If you encounter similar problems in the future, make sure to compare the Ksp values to determine the order of solubility.