Answer :
To determine the solution factor, first understand what it typically means. In this context, the solution factor often refers to the dilution factor, which is a way to quantify how much a solution has been diluted.
Here's how to calculate it:
Define the volumes involved:
- You have a volume of 0.1 mL from a concentrated solution (let's assume this is a stock solution).
- This 0.1 mL is being added to 99.9 mL of diluent (the substance used to dilute, usually a solvent like water).
Total final volume:
- The total final volume after adding the 0.1 mL to the 99.9 mL will be:
[tex]0.1\, \text{mL} + 99.9\, \text{mL} = 100\, \text{mL}[/tex]
Calculate the dilution factor:
- The dilution (or solution) factor is calculated by taking the final volume and dividing it by the volume of the initial solution that was added.
[tex]\text{Dilution Factor} = \frac{\text{Total Final Volume}}{\text{Initial Stock Volume}} = \frac{100\, \text{mL}}{0.1\, \text{mL}} = 1000[/tex]
Thus, the solution factor is 1000. This means the original solution was diluted 1000 times to achieve the final concentration in the final volume of 100 mL. Understanding this helps in preparing solutions at desired concentrations for various applications, such as in laboratory settings.
