Thank you so much!Borek said:Depending on the circumstances I would either go for the average, or I would calculate for both ends separately to report the final result of my calculations as a range as well.
When a chemical reagent reports purity as a range, it means that the purity of the reagent falls within a certain range of values rather than a specific, exact value.
A chemical reagent may report purity as a range if there is some variability in the manufacturing process or if there are impurities present that cannot be precisely quantified.
The range of purity for a chemical reagent should be interpreted as an estimate of the reagent's purity, rather than an exact measurement. It indicates that the reagent is most likely within that range of purity, but it may not be exactly at the upper or lower limit.
In most cases, a range of purity for a chemical reagent is less accurate than a specific value. However, reporting a range can provide a more realistic representation of the reagent's purity, especially if there is some variability or uncertainty in the measurement.
Yes, you can use a chemical reagent with a reported range of purity in your experiments. However, it is important to consider the potential variability in the reagent's purity and adjust your experiments accordingly.