Movement by electrical induction

In summary, when a charged object is brought near a soda can, the can gains a positive and negative side and is also attracted to the charged object. This is due to the repulsion of electrons, causing the nearest side of the can to become positive. Induction is useful in attracting electrically neutral particles, such as in dust extractors.
  • #1
jimkers
4
0
So, when you bring a charged object near for example a soda can, I get that the soda can gains a positive side and a negative side, but the can also moves towards the charged object, why is that?

Is it because if you put a negative charged object near the soda can the side of the can nearest to the object gains a positive side because the electrons are repulsed, and the negative object attracts the positive side of the can?

Thanks in advance
 
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  • #2
Yes
 
  • #3
Okay, pretty interesting that induction makes an object have an electric charge on the one hand, and attracts it aswell. Thank you very much!
 
  • #4
Induction is very handy in things like dust extractors which attract electrically neutral dust particles. Much more use than picking up bits of paper with a comb.:wink:
 

Related to Movement by electrical induction

1. What is movement by electrical induction?

Movement by electrical induction is a process in which a magnetic field induces an electric current in a conductor, resulting in movement or rotation of the conductor.

2. How does movement by electrical induction work?

Movement by electrical induction works by using a magnetic field to create a change in the electric field of a conductor, which then generates an electric current and causes movement.

3. What are some examples of movement by electrical induction?

Some common examples of movement by electrical induction include electric motors, generators, and transformers.

4. What are the practical applications of movement by electrical induction?

Movement by electrical induction has a wide range of practical applications, including powering electric motors in various industries, generating electricity in power plants, and providing energy for household appliances.

5. Are there any limitations to movement by electrical induction?

One limitation of movement by electrical induction is that it requires a continuous and changing magnetic field to sustain the movement. Additionally, the speed and efficiency of the movement may be affected by factors such as the strength of the magnetic field and the type of conductor used.

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