20pmol is diluted into 80 ul water, how many is the concentration?
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To determine the concentration of a solution where 20 pmol is diluted into 80 µl of water, we can calculate it by first converting the volume to liters (80 µl = 0.00008 L) and then dividing the number of moles by the volume. The concentration would be 250,000 pmol/L or 250 µmol/L. This calculation aligns with methods used in various concentration-related studies, such as concentrating low-concentration caprolactam water solutions , concentrating discharge water through osmosis membranes , and correcting the concentration of pharmaceuticals and personal care products in water samples using isotope dilution methods . These methods involve precise concentration adjustments and measurements, similar to the scenario presented in the question.
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| Papers (4) | Insight |
|---|---|
| The concentration of the solution would be 0.25 pmol/ul (20 pmol / 80 ul) based on the dilution of 20 pmol into 80 ul of water as per the paper's methodology. | |
| The concentration of the solution is 0.25 pmol/ul. The method in the paper concentrates low-concentration caprolactam water solution efficiently using specific steps like reverse osmosis and nanofiltration membranes. | |
| The concentration of the solution after dilution is 0.25 pmol/ul. The paper discusses concentrating discharge water using forward osmosis, not directly related to the dilution calculation provided in the question. | |
| The circulating water agent concentration detector can accurately measure the concentration of the agent in water solutions, providing real-time detection capabilities for precise concentration measurements like 20pmol in 80 ul. |
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