Dissolved and suspended solids analyses are routinely tested for water and$/$or wastewater to assess its quality. The following description is for typical dissolved and suspended solids analyses. A $50-$mL water sample has been evaporated until dry in a crucible $($drying$)$ dish. The dry $($tare$)$ weight of the dish was $43\mathrm{.}3420$ g$.$ After being placed in an oven at $180\backslash$deg C for one hour, the crucible was placed is a desiccator to cool. After cooling, the weight of the residue plus the dish was found to be $43\mathrm{.}3584$ g$.$ For the same water, a $500-$mL sample has been filtered through a glass fiber filter. The dry $($tare$)$ weight of the filter plus aluminum drying pan $($in which the filter paper is placed$)$ was $1\mathrm{.}0482$ g$.$ After filtration, the filter paper is placed in a different oven at $103\backslash$deg C for one hour. After being cooled and desiccated, the weight of the residue, filter paper, and drying dish if found to $1\mathrm{.}0604$ g$.$ Determine the total dissolved and suspended solids concentration in the water, and speculate as to whether this water is a surface water or ground water.