The balancing point between two point charges

In summary, the balancing point between two point charges is the point at which the electric forces cancel each other out, resulting in a net force of zero. It can be calculated using the formula F = k(q1q2)/d^2, and can be located between any two charges with opposite signs. If one of the charges is moved, the balancing point will also move. The balancing point is directly related to the strength of the electric field, with a closer location resulting in a stronger electric field.
  • #1
UnD3R0aTh
90
0
Where is the potential zero?

1. Where is the potential zero between a negative (-.03c) and a positive charge (.27) separated by 1 meter?
2. Point charges laws
3. My textbook doesn't mention where is potential zero between two charges, it's easy to solve if i know the point is in between or outside and which point charge is it closer to, kq/d=kq/d
 
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  • #2
hints;

[tex]\frac{k\cdot 0,27}{d}+\frac{k\cdot (-0,03)}{D}=0[/tex]

two different d.

And you need another equation...
 
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Related to The balancing point between two point charges

1. What is the balancing point between two point charges?

The balancing point between two point charges is the point at which the electric forces exerted by the two charges on an object cancel each other out, resulting in a net force of zero.

2. How is the balancing point calculated?

The balancing point can be calculated using the formula F = k(q1q2)/d^2, where F is the electric force, k is the Coulomb's constant, q1 and q2 are the magnitudes of the charges, and d is the distance between the charges.

3. Can the balancing point be located between any two charges?

Yes, the balancing point can be located between any two charges as long as they have opposite signs (one is positive and the other is negative).

4. What happens to the balancing point if one of the charges is moved?

If one of the charges is moved, the balancing point will also move. The distance between the two charges and the magnitude of the charges will determine the new location of the balancing point.

5. How is the balancing point related to the strength of the electric field?

The balancing point is directly related to the strength of the electric field. The closer the balancing point is to one of the charges, the stronger the electric field at that point will be.

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