How to find equilibrium point on the charges with +8nC and -8nC

Name: Find where a third charge would be in equilibrium
Uploaded: 2022-01-18T09:05:37.866811213Z
Description: Let's solve a numerical and see how to figure out where the null point is. The null point is where the net electric fields due to all charges add up to be zero.

_Well, I guess you wanna assume an electric dipole and wanna know where the equilibrium point will lie (the electric field will be zero) ?_ Well, it has an amazing result. But a simple answer would be, if you assume an electric dipole there doesn't exist any finite distance where you can get zero electric field. For an electric dipole the electric field will be zero at infinity.

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Electromagnetism (Essentials) - Class 12th

Course: Electromagnetism (Essentials) - Class 12th > Unit 3

Lesson 2: Electric field due to multiple charges - Superposition!

Find where a third charge would be in equilibrium

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Let's solve a numerical and see how to figure out where the null point is. The null point is where the net electric fields due to all charges add up to be zero. Created by Mahesh Shenoy.

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saip6526
Posted 10 months ago. Direct link to saip6526's post “How to find equilibrium p...”
How to find equilibrium point on the charges with +8nC and -8nC
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- Dev
  Posted 9 months ago. Direct link to Dev's post “_Well, I guess you wanna ...”
  Well, I guess you wanna assume an electric dipole and wanna know where the equilibrium point will lie (the electric field will be zero) ?
  
  Well, it has an amazing result. But a simple answer would be, if you assume an electric dipole there doesn't exist any finite distance where you can get zero electric field. For an electric dipole the electric field will be zero at infinity.
  Button navigates to signup page
  (2 votes)
FireFrank
Posted 8 months ago. Direct link to FireFrank's post “at 14:00, 12.5 cm from wh...”
at
14:00
, 12.5 cm from where and in which direction ?
Button navigates to signup pageComment on FireFrank's post “at 14:00, 12.5 cm from wh...”
(1 vote)
Answer

Electromagnetism (Essentials) - Class 12th

Course: Electromagnetism (Essentials) - Class 12th > Unit 3

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