sulphate
CuCl2(s) = Cu^2_(aq) + + 2Cl^-(aq) In solution the chloride anions )Cl^-) are colourless ; see also dissolved common salt (NaCl) So it must be the copper cations (Cu^2+) that gives the colour blue.
No colour
The solution is colourless.
The universe as a whole does not have a specific colour. However, in a science experiment, when an antacid solution is added to a universal indicator, it may change colour based on the pH level of the solution. This change in colour signifies the acidity or alkalinity of the solution.
Fehling's A solution is blue in color due to the presence of copper sulfate.
CuCl2(s) = Cu^2_(aq) + + 2Cl^-(aq) In solution the chloride anions )Cl^-) are colourless ; see also dissolved common salt (NaCl) So it must be the copper cations (Cu^2+) that gives the colour blue.
No colour
Purple colour
It is a solution which is transparent in colour.
The solution is colourless.
The solution is colorless.
it is a transparent solution
The universe as a whole does not have a specific colour. However, in a science experiment, when an antacid solution is added to a universal indicator, it may change colour based on the pH level of the solution. This change in colour signifies the acidity or alkalinity of the solution.
A potassium chloride (KCl) solution is colorless.
No, starch does not give a silver mirror test. The silver mirror test is used to detect the presence of aldehydes, not starch. Starch is a complex carbohydrate composed of glucose units linked together.
The color of the copper sulfate solution changes from blue to colorless when zinc granules are added to it. This is because zinc displaces copper in the solution through a chemical reaction, forming zinc sulfate and leaving the solution without copper ions responsible for its blue color.
Aluminium carbonate solution is usually colorless.