yes.
Cupric sulfate and chloride are blue; also cupric carbonate is blue but not soluble in water.
yes
Both Benedict's solution and Fehling's solutions are used for the qualitative detection of reducing sugars. They both contain copper sulfate, which reacts with reducing sugars to form a colored precipitate. Benedict's solution is typically used for detecting reducing sugars in urine, whereas Fehling's solutions are used in biochemical testing for reducing sugars.
the chemical equation for zinc plus cupric sulfate equals zinc sulfate plus copper can be written in the form of reaction as follows .ZN +Cu SO 4 -> Zn SO 4 + Cu.they form a aqueous solutions.
Cupric sulfate is CuSO4 which has a molar mass of 159.6g/mol. Thus 44.78 g x 1 mol/159.6 g = 0.2806 moles (to 4 significant figures).
When cupric sulfate and Fe metal react, Fe displaces Cu from the cupric sulfate solution, forming ferrous sulfate and copper metal. The reaction produces a reddish-brown precipitate of copper.
Cupric sulfate in Benedict's solution acts as an oxidizing agent. It helps to oxidize reducing sugars (e.g., glucose) in the presence of heat, forming a colored precipitate that indicates the presence of reducing sugars in a solution.
Cupric or copper II sulfate is CuSO4
copper sulfate, cupric sulfate, cupric sulphate.l
Put drops of Sodium, Potassium, or Ammonium Hydroxide in it. The Cupric hydroxide will precipitate out in blue colour. Dont put excess hydroxide or there will be a formation of another intense blue complex compound
Blue is the solution's color When blue CuSO4.5H2O (copper(II) sulfate pentahydrate) is dissolved, the solution turns blue. When white CuSO4 (anhydrous copper(II) sulfate) is dissolved, the solution turns also blue.
deep green
Cupric sulfate burns with a green flame.
Cupric sulfate produces a blue-green flame color when burned.
To find the number of moles, you need to divide the given mass (44.78g) by the molar mass of cupric sulfate. The molar mass of cupric sulfate (CuSO4) is approximately 159.61 g/mol. Therefore, 44.78g of cupric sulfate is approximately 0.28 moles.
In water
CuSO4 + H20