NCollege4Life said:if i have a 40 micromolar concentration of stock solution and add .01 mL of that solution to .98mL of water, what is my final concentration.
Thanks for any help!
NCollege4Life said:so any help?
The phrase "Final Concentration: 40 µMol from .01mL Stock Solution" refers to the concentration of a solution after it has been diluted using a stock solution. It means that a final concentration of 40 micromoles (µMol) has been achieved by mixing .01 milliliters (mL) of a stock solution with additional solvent.
The final concentration is calculated by dividing the number of moles of solute in the final solution (40 µMol) by the total volume of the solution (in liters). In this case, the total volume would be .01 mL (or 0.00001 L). This calculation would result in a final concentration of 40,000 µMol/L or 40 µMol/mL.
Knowing the final concentration of a solution is important because it determines the strength or potency of the solution. It is also necessary for accurately performing experiments and calculations, as well as properly diluting solutions for practical use.
A stock solution is a concentrated solution that is used to prepare more dilute solutions. It typically contains a known amount of a solute (such as a chemical or compound) dissolved in a specific volume of solvent. Stock solutions are commonly used in laboratory settings to ensure consistent and accurate concentrations of solutions.
The concentration of a stock solution is typically determined through measurement and calculation. The amount of solute is measured using a scale or pipette, and the volume of solvent is measured using a graduated cylinder or pipette. The concentration is then calculated by dividing the amount of solute by the volume of solvent.