Understanding Electrostatic Induction in Dielectrics

In summary, during electrostatic induction, a positively charged body is brought near an uncharged body, causing the uncharged body to develop a negative charge towards the end closest to the charged body. This is due to the movement of free electrons, creating opposite charges on the two sides. In dielectrics, where there are no free electrons, the charged body causes the bound electrons to experience attraction towards the positive charge and the nucleus to experience repulsion, resulting in a dipole being created and the body being induced with charges.
  • #1
Sandi Gokul
3
0
During electrostatic induction,a posivitiely charged body is brought near to a uncharged body.During this uncharged body gets bound negative change toward the end of the body near to charged body.
My question is in reality what happens to the electron and proton of uncharged body.Do the all electron of far end comes to near end or what?
 
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  • #2
electrostatic induction

its the free electrons which travel creating an excess or deficit of electrons on two sides and thereby opposite charges
 
  • #3
its the free electrons which travel creating an excess or deficit of electrons on two sides and thereby opposite charges
However in dielectrics (where there are no free electrons) , when a charged body(positive ,say) is brought near an uncharged dielectric, the electrons bound to the nucleus experience a net attraction and the nucleus suffers a net repulsion ,so the electrons come a little closer to the positive charge and the nucleus away from the positive charge thereby creating a dipole which is attracted towards the positive charge.due to the net effect of all the molecules, the body is induced with charges
 

FAQ: Understanding Electrostatic Induction in Dielectrics

1. What is electrostatics?

Electrostatics is a branch of physics that deals with the study of electric charges at rest.

2. What is confusion in electrostatics?

Confusion in electrostatics refers to the difficulty in understanding and applying the concepts and principles of electrostatics, often due to its abstract and complex nature.

3. What causes confusion in electrostatics?

Confusion in electrostatics can be caused by various factors, including a lack of prior knowledge or understanding of basic concepts, complex mathematical equations, and the abstract nature of the subject.

4. How can confusion in electrostatics be reduced?

Confusion in electrostatics can be reduced by seeking help from teachers or peers, practicing with various examples and problems, and breaking down complex concepts into simpler ones.

5. What are some common misconceptions about electrostatics?

Some common misconceptions about electrostatics include the belief that like charges attract each other, that electric fields are only present in conductors, and that electric charges can be created or destroyed.

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