0:00
Hello, hi students.
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Let me explain you the question.
00:03
Here we have to find out the solubility.
00:06
So the solubility of strontium oxalate.
00:10
So here we have to find out the solubility of strontium oxalate.
00:15
So this particular strontium oxalate is having fixed ph 5 .71.
00:20
So at the ksp, that is the solubility product constant, the solubility product constant.
00:29
Also it is given the value it is product constant value 4 into 10 to the power of minus 7 4 into 10 to the power of minus 7 so here what is the solubility product constant so the solubility for product constant it is nothing but equilibrium constant so it is nothing but equilibrium constant that means whenever the ionic compound ionic compound dissolves in water, dissolves in water.
01:07
So the extent, the extent of ionic compound that is dissolves in water, it will be reflex or it will be described by means of equilibrium constant, that constant we called it as ksp.
01:21
So, here, if any compounds, so for example, compound, so this compound, it dissolves some, so this compound, it dissolves some, if the compound dissolved to produce ions, that is same number of ions, same number of ions.
01:41
So that these compounds we can easily compare ksp values to determine the solubilities.
01:51
So the particular ksp value, it is very useful or we can directly compare the ksp values to determine the relative solubility...