What is the Electric Field at a Point Surrounded by Infinite Charged Particles?

In summary, the conversation is about an infinite number of charges with charge q along a straight line at increasing distances from a point. The question is asking for the electric field at this point, and the solution involves using the equation for electric field and considering the direction it points in. However, this type of question should be asked in a homework forum with the proper template filled out.
  • #1
Akash47
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There are infinite number of charges each with charge q along a straight line at a distance of 1,2,4,8,16,… … … unit from a point. What is the electric field at this point?
No idea about it.Please help me out.
 
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  • #2
You have to show some work forum rules do you know equation of electric field and the direction it points in this case ?
 
  • #3
Akash47 said:
What is the electric field at this point?

It's the sum of the electric fields due to each charge. Since you have an infinite number of charges ...
 
  • #4
This should be in a homework forum with the template filled out.

Thread closed.
 
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Likes Mister T

FAQ: What is the Electric Field at a Point Surrounded by Infinite Charged Particles?

1. What are infinite charged particles?

Infinite charged particles are hypothetical particles that have an infinite amount of charge, meaning they have an extremely high positive or negative charge. These particles do not exist in reality, but are used in theoretical physics to model certain phenomena.

2. How do infinite charged particles behave?

Infinite charged particles follow the same laws of electrostatics as regular charged particles, but their behavior is exaggerated due to their infinite charge. For example, they would exert an infinitely strong force on other charged particles, and their electric field would extend infinitely far.

3. Can infinite charged particles exist in nature?

No, infinite charged particles cannot exist in nature. This is because the laws of physics break down when dealing with infinite quantities, and also because infinite charge would require an infinite amount of energy, which is impossible to achieve.

4. What is the significance of infinite charged particles in physics?

Infinite charged particles are used in theoretical physics to model certain phenomena, such as the behavior of point charges and the behavior of electric fields in vacuum. They also help us understand the limits and behaviors of the laws of electrostatics.

5. Are there any real-life applications of infinite charged particles?

No, there are no real-life applications of infinite charged particles as they do not exist in reality. However, studying and understanding them can help us make advancements in theoretical physics and our understanding of the laws of electrostatics.

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