Want this question answered?
Crystals in general are formed when solutions try to maintain concentrations at or below saturation. For example, a saturated sugar solution forms crystals when water from the solution evaporates and leaves excess sugar behind. Since supersaturation is a highly unstable and thus undesirable state of being for a solution, the dissolved sugar left behind will clump together at sites of nucleation to let the remaining solution remain below supersaturation. Crystals will continue to grow as long as the concentration of solutes in the solution can increase above saturation. To grow large blue vitriol crystals, one can simply prepare a saturated solution in a large container and let it sit undisturbed for as long as possible while evaporating steadily, removing the crystals when they are a satisfactory size or before the solution dries up entirely.
Blue vitriol is the old fashioned name for Copper Sulfate - so there is copper, sulfur and oxygen present
Not necessarily. They might be blue, green, or essentially white depending on how many waters of hydration are associated with the copper (II) ion. It's very easy to see this if you just take some copper (II) sulfate pentahydrate (blue vitriol) in a test tube and heat it; as the waters of hydration are driven off, the crystals turn white (some people call it a very light green; it looks white to me). When the crystals are allowed to cool they will absorb water from the air and eventually turn blue again. Aqueous solutions of copper (II) compounds are blue, as far as I know; at least I can't think of any counterexamples.
formula : cuso4 chemical name: copper sulphate
Blue Litmus Paper turns red when it is placed in an acid
Crystals in general are formed when solutions try to maintain concentrations at or below saturation. For example, a saturated sugar solution forms crystals when water from the solution evaporates and leaves excess sugar behind. Since supersaturation is a highly unstable and thus undesirable state of being for a solution, the dissolved sugar left behind will clump together at sites of nucleation to let the remaining solution remain below supersaturation. Crystals will continue to grow as long as the concentration of solutes in the solution can increase above saturation. To grow large blue vitriol crystals, one can simply prepare a saturated solution in a large container and let it sit undisturbed for as long as possible while evaporating steadily, removing the crystals when they are a satisfactory size or before the solution dries up entirely.
You can get blue vitriol perhaps from medical store
Blue vitriol is a compound. It has molecular formula CuSO4.7H2O.
Copper(II) Sulphate(VI) is known as blue vitriol.
CuSO4.5H2O
You can not. Blue Vitriol is the old fashioned name for Copper Sulfate and they are thus the same chemical.
blue vitriol or copper sulfate pentahydrate is used as a fungicide, pesticide and herbicide. its medical use is an emetic but it is toxic.
The blue copper(II) sulfate is a pentahydrate: CuSO4.5H2O. The anhydrous form - CuSO4 - is white.
Salt
Blue vitriol is the old fashioned name for Copper Sulfate - so there is copper, sulfur and oxygen present
Blue vitriol is a very obsolete name for the copper(II)sulphate: CuSO4. Don't use in the future this term. Pentahydratated copper(II) sulphate: CuSO4.5H2O - bright blue color After the dehydratation of the above compound we obtain the anhydrous copper(II) sulphate: CuSO4 - pale green color.
There are many different oils, but they are largely non-polar so it's unlikely that an ionic compound such as copper sulfate (blue vitriol) will dissolve in any of them to any appreciable extent.