The results of a water analysis for Sungai Buaya is shown below: = 2.5 meq/L Mg²* = 0.6 meq/L Na* 1.7 meq/L SO? = 2.0 meq/L 0.2 meq/L Ca²+ HCO; %3D 2+7 = 0.4 meq/L = 0.4 meq/L Cl K+ (i) Calculate the...


The results of a water analysis for Sungai Buaya is shown below:<br>= 2.5 meq/L<br>Mg²* = 0.6 meq/L<br>Na*<br>1.7 meq/L<br>SO? = 2.0 meq/L<br>0.2 meq/L<br>Ca²+<br>HCO;<br>%3D<br>2+7<br>= 0.4 meq/L<br>= 0.4 meq/L<br>Cl<br>K+<br>(i) Calculate the concentration for each cation and anion component in mg/L<br>(ii) Draw a miliequivalent per litre bar graph<br>(iii) List the hypothetical combinations with values<br>(iv) Calculate the non-carbonate hardness in mg/L as CaCO3<br>

Extracted text: The results of a water analysis for Sungai Buaya is shown below: = 2.5 meq/L Mg²* = 0.6 meq/L Na* 1.7 meq/L SO? = 2.0 meq/L 0.2 meq/L Ca²+ HCO; %3D 2+7 = 0.4 meq/L = 0.4 meq/L Cl K+ (i) Calculate the concentration for each cation and anion component in mg/L (ii) Draw a miliequivalent per litre bar graph (iii) List the hypothetical combinations with values (iv) Calculate the non-carbonate hardness in mg/L as CaCO3

Jun 11, 2022
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