Two point charges of different magnitudes and of opposite signs are separated by some distance. There can be.

Consider two point charges of equal magnitude and opposite sign separated by a certain distance. The neutral point due to them

Give the statement of Coulomb's law for the force between two point charges. Write this law in vector notation for two point charges of same magnitude and opposite sign separated by a distacne r in vacuum.

Consider two point charges equal in magnitude and opposite sign separated by a distance. The neutral point due to them

In the conductor opposite charges separated by

An electric dipole consists of two charges of equal magnitude and opposite sign separately by a distance 2a. The dipole is along the X-axis and is centred at the origin (i) Calculate the electric potential at point P (ii) Calculate V at a point far from the dipole.

Two equal and opposite charges separated by a finite distance is

Two point charges of same magnitude and opposite sign are fixed at point a and B. A third small point charge is to be balanced at point P by the electrostatic force due to these two charges. The point P :

Two point charges of same magnitude and opposite sign are fixed at point a and B. A third small point charge is to be balanced at point P by the electrostatic force due to these two charges. The point P :

[" An electric dipole consists of "],[" two charges of equal magnitude "],[" (q) and opposite sign separated "],[" by a distance 2a.The dipole is "],[" along the x axis and is centered "],[" at the origin.Calculate the "],[" absolute value of the electric "],[" potential at "(+x,0).]