Home
Class 12
CHEMISTRY
[" Copper sulphate solution "(250mL)" wa...

[" Copper sulphate solution "(250mL)" was electrolysed using a platinum anode and a copper "],[" cathode.A constant current of "2mA" was passed for "16" minutes.It was found that after "],[" electrolysis the absorbance of the solution was reduced to "50%" of its original value.Calculate the "],[" concentration of copper sulphate in the solution to begin with."]

Promotional Banner

Similar Questions

Explore conceptually related problems

Copper sulphate solution (250 mL) was electrolysed using a platinum anode and a copper cathode. A constant current of 2 mA was passed for 16 minutes. It was found that after electrolysis, the absorbance of the solution was reduced to 50 % of its original value. Calculate the concentration of copper sulphate in the solution to begin with.

Copper sulphate solution (250 ML) was electrolyzed using a platinum anode and a copper cathode. A constant current of 2mA was passed for 16 mi n . It was found that after electrolysis the absorbance of the solution was reducted to 50% of its original value . Calculate the concentration of copper sulphate in the solution to begin with.

Copper sulphate solution (250 ML) was electrolyzed using a platinum anode and a copper cathode. A constant current of 2mA was passed for 16 mi n . It was found that after electrolysis the absorbance of the solution was reducted to 50% of its original value . Calculate the concentration of copper sulphate in the solution to begin with.

Copper sulphate solution (250 mL) was electrolysed using a platinum anode and a copper cathode. A constant current of 2mA was passed for 16 min. It was found that after electrolysis the absorbance of the solution was reduced to 50% of its original value. Calculate the concentration of CuSO_(4) in the solution to begin with.

In the electrolysis of copper sulphate solution Cu deposited as anode.

2% copper sulphate solution means, 2gm of copper sulphate in _____ ml of water.