I would first precipitate the phosphates with CaCl2 or BaCl2, for example; then I would precipitate the nitrites with, e.g. AgF.kateman said:Hello
If you had an aqueous solution of phosphates, nitrates and nitrites, how could you separate them?
Also, if not answered above, how could you separate a solution of just nitrates and nitrites?
thank-you for you're time
The purpose of separating phosphates, nitrates, and nitrites is to accurately measure the levels of these nutrients in a sample, as they can have significant impacts on water quality and ecosystem health.
Phosphates, nitrates, and nitrites are typically separated using a combination of chemical and physical methods. This can include techniques such as precipitation, ion exchange, and chromatography.
It is important to separate phosphates, nitrates, and nitrites because they can have different sources and impacts on the environment. By separating them, we can identify and address specific sources of pollution and better understand their effects on ecosystems.
Phosphates are commonly found in fertilizers, sewage, and detergents. Nitrates and nitrites are often present in agricultural runoff and industrial discharges.
After separation, the concentrations of phosphates, nitrates, and nitrites can be measured using techniques such as spectrophotometry, colorimetry, or titration. These methods allow for accurate and precise quantification of the nutrients in a sample.