yes it can!
Classifying chemicals by their chemical properties, like their chemical functions, or the way they react chemically, allows them to be grouped together according to their functions.
Separation of mixtures is generally based on physical properties.
sometimes chemical properties can be used to separate elements from solutions. for example lead can be removed from a solution that contains water and a compound containing lead. the solution is poured into a container with a second solution containing iodine. Both solutions are clear liquids. When the solutions mix the lead reacts with the iodine. These two elements form a compound called lead iodide a yellow solid. the lead iodide can be filtered from the liquid to remove lead from the solution.
They tend to all have fairly similar chemical and physical properties and can be tricky to separate. Neodymium and praeseodymium in particular are hard to separate (the -dymium part comes from Greek "didymos" meaning "twin").
In order to extract copper from an ore it is necessary tp take advantage of one of its characteristic properties, its chemical activity ; Break it into smaller pieces
They have different molecular weights and chemical/physical properties.
Classifying chemicals by their chemical properties, like their chemical functions, or the way they react chemically, allows them to be grouped together according to their functions.
Because they have different chemical properties and boil at different temperatures
Filtration will not separate solutions.
Mendeleev left gaps in his table to place elements not known at the time. By looking at the chemical properties and physical properties of the elements next to a gap, he could also predict the properties of these undiscovered elements. For example, Mendeleev predicted the existence of 'eka-silicon', which would fit into a gap next to silicon. The element germanium was discovered later. Its properties were found to be similar to the predicted ones and confirmed Mendeleev's periodic table.
Compounds (molecules consisting of two or more different chemical elements) can only b separated by chemical reactions.
A physical change, and a chemical change.
Separation of mixtures is generally based on physical properties.
sometimes chemical properties can be used to separate elements from solutions. for example lead can be removed from a solution that contains water and a compound containing lead. the solution is poured into a container with a second solution containing iodine. Both solutions are clear liquids. When the solutions mix the lead reacts with the iodine. These two elements form a compound called lead iodide a yellow solid. the lead iodide can be filtered from the liquid to remove lead from the solution.
electrolysis electrolysis electrolysis electrolysis electrolysis
For example, water reacts with zinc, releasing hydrogen, an element.
The method of evaporation to separate substances in a mixture is purely physical because no chemical reaction occurs.