The hydrated copper sulfate (blue color) become white after heating and releasing of water; the white anhydrous copper sulfate is obtained.
It is not recommended to use copper sulphate to kill a tree, as it can have negative effects on the environment and surrounding plants. Instead, it is advisable to consult with a professional arborist to discuss safe and effective ways to remove a tree if necessary.
Anhydrous magnesium sulfate is used in experiments to remove water from organic solvents. It is a desiccant that absorbs any water present in the solvent, creating a dry environment which is important for certain chemical reactions and analyses that are sensitive to moisture.
Adding sand and anhydrous magnesium sulfate to a leaf during chromatography helps to break down the plant cells and extract the pigments effectively. Sand mechanically grinds the leaf tissue, while anhydrous magnesium sulfate acts as a drying agent to remove water from the leaf, allowing for better separation of pigments during chromatography.
You can boil the solution and collect and condense the water vapor until all of the water is gone. That will leave you with the solid copper sulphate. You will have to let the copper sulphate dry to remove all of the water.
NO! Copper sulphate if used in sewer systems to remove roots. It is a deadly and toxic chemical. Why do you want to switch???? Ken copper sulphate is NOT an EPA approved primaary santizer, it is only an algaecide (and not one of first choice at that!) Copper will stain pool surfaces and is what causes hair to turn green!
Copper sulphate used for the amalgam removal
Yes, a magnet would remove the iron filings without attracting the copper salts, copper salts are not magnetic.
It is not recommended to use copper sulphate to kill a tree, as it can have negative effects on the environment and surrounding plants. Instead, it is advisable to consult with a professional arborist to discuss safe and effective ways to remove a tree if necessary.
Anhydrous magnesium sulfate is used in experiments to remove water from organic solvents. It is a desiccant that absorbs any water present in the solvent, creating a dry environment which is important for certain chemical reactions and analyses that are sensitive to moisture.
Adding sand and anhydrous magnesium sulfate to a leaf during chromatography helps to break down the plant cells and extract the pigments effectively. Sand mechanically grinds the leaf tissue, while anhydrous magnesium sulfate acts as a drying agent to remove water from the leaf, allowing for better separation of pigments during chromatography.
Yes, alcohol does absorb water from the air, it's very hygroscopic - anhydrous copper suphate (for example) may be used to remove water from it.
You can boil the solution and collect and condense the water vapor until all of the water is gone. That will leave you with the solid copper sulphate. You will have to let the copper sulphate dry to remove all of the water.
1 hour
NO! Copper sulphate if used in sewer systems to remove roots. It is a deadly and toxic chemical. Why do you want to switch???? Ken copper sulphate is NOT an EPA approved primaary santizer, it is only an algaecide (and not one of first choice at that!) Copper will stain pool surfaces and is what causes hair to turn green!
actually, the real experiment is to have two test tubes, one with hot water and copper sulphate and other with vinegar and iron fillings. so you put two drops of the filings in the copper sulphate one and cover test tube with your thumb. then strike a match and keep it near the mouth of the tube, when pressure builds remove your thumb and it explodes. [ tiny explosion] But if u add water ,copper sulphate with iron fillings, then it turns all brownish and stuff, thats cuz the irons stronger then the sulphate or something... i hope it helped!!!
Copper sulfate crystals are washed with alcohol to remove any impurities or excess water that may be present on the surface of the crystals. Alcohol can help to dissolve these impurities and evaporate quickly, leaving behind clean and pure copper sulfate crystals.
Copper sulfate can be separated from a solution by methods such as filtration, evaporation, or crystallization. Filtration can be used to remove any solid copper sulfate from the solution, while evaporation can be employed to concentrate the solution and allow the copper sulfate to crystallize out. Crystallization involves cooling the solution slowly to encourage the formation of pure copper sulfate crystals which can then be separated.