The molecular formula of a commercial resin used for exchanging ions in wter softening is C_(8)H_(7)SO_(3Na (mol.wt.206), What would be the maximum uptake of Ca^(2+) ions by resin when expressed in moe per gram resin?

The molecular formula of a commercial resin used for exchanging ions i

1.	The molecular formula of a commercial resin used for exchanging ions in wter softening is C_(8)H_(7)SO_(3Na (mol.wt.206), What would be the maximum uptake of Ca^(2+) ions by resin when expressed in moe per gram resin?
Answer» `(2)/(309)` `(1)/(412)` `(1)/(103)` `(1)/(206)` Solution :(b) `UNDERSET(2xx206=412g)underset(2"mol")(2C_(8)H_(7)SO_(3)^(-)Na^(+))+underset(1"mol")(CA^(2+)) to (2C_(8)H_(7)SO_(3)^(-))_(2)Ca^(2+)+2Na^(+)` `"1 mole of" Ca^(2+)=412"g of RESIN"` `"Maximum uptake of" Ca^(2+) "ions by the resin" =(1"mol")/(412g)`