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SOPHENVENGSUSTDESIGN$22\mathrm{.}4\mathrm{.}065.$

The concentrations of major dissolved ions in a local river are given in the table below.

$\backslash$table$[[$Ion$,$Concentration $($mg$/$L$)],[C{a}^{2+},$Cation$],[M{g}^{2+},165],[K^{+},46\mathrm{.}4],[N{a}^{+},3],[F{e}^{2+},21],[C{l}^{-},$Anion$],[F^{-},54],[HC{O}_3^{-},139\mathrm{.}0],[S{O}_4^{2-},115\mathrm{.}0]]$

Calculate the total hardness, carbonate hardness, and noncarbonate hardness for the river using the data above. $($Enter your answers in units of $m\frac{g}{L}$ as CaCO ${?}^3.)$

total hardness $m\frac{g}{L}$ as $CaC{O}^3$

carbonate hardness $m\frac{g}{L}$ as $CaC{O}^3$

noncarbonate hardness $m\frac{g}{L}$ as $CaC{O}^3$

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