Chemical effect of electric current

This is known as ionisation of copper sulphate solution when an electric current is passed through it. In summary, when an electric current is passed through a copper sulphate solution, the ions in the solution are attracted to the oppositely charged electrodes, resulting in the separation of copper and sulphate ions at the anode and cathode respectively. This is known as the chemical effect of passing an electric current through the solution.
  • #1
lakshmi
36
0
explain me about ionisation of copper sulphate solution when an electric current is passed through it
 
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  • #2
what do you specifically want to know about it?
 
  • #3
Gza's point is that one can give a general description or a detailed analysis using properties of electrons or anywhere between. I suspect that in your case you are expected to give the description in your textbook just to prove you have read it!
 
  • #4
chemical effect

i wanted to know how sulphate ion collets at anode and copper at cathode
 
  • #5
Copper sulphate exists in aqueous solution as a bunch of ions swimming about in water. The ions are [tex]Cu^{2+}~~and ~~(SO_4)^{2-} [/tex]. When you dip a pair of electrodes in the solution and apply a potential (connect a battery) between them, you are essentially charging the electrodes. The cathode becomes negatively charged and the anode, positively charged. Hence the positively charged copper ions get attracted to the (negatively charge) cathode and the negatively charged sulphate ions get pulled towards the (positively charged) anode.
 

1. How does electricity affect chemical reactions?

Electricity can cause chemical reactions to occur by providing energy to break and form bonds between atoms. This can lead to the production of new substances or the breakdown of existing ones.

2. What is electrolysis and how does it relate to the chemical effect of electric current?

Electrolysis is a process in which an electric current is used to drive a non-spontaneous chemical reaction. This is a prime example of the chemical effect of electric current, as the electricity causes a chemical change to occur.

3. Can electric current alter the properties of a substance?

Yes, electric current can alter the properties of a substance. For example, passing an electric current through water can produce hydrogen and oxygen gas, changing the physical state of the water.

4. How does the strength of the electric current affect the chemical reaction?

The strength of the electric current can greatly impact the rate of the chemical reaction. Higher currents can provide more energy, leading to faster reactions, while lower currents may not provide enough energy for the reaction to occur at all.

5. What are some practical applications of the chemical effect of electric current?

The chemical effect of electric current is used in various industries such as metal plating, production of chlorine gas, and electrolysis of water for hydrogen fuel production. It also plays a crucial role in the functioning of batteries and fuel cells.

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