Answer:

Introduction:
When two electrically charged particles having charges of different magnitude are placed at a distance D from each other, they experience a force of attraction. If these two particles are put in contact and again placed at the same distance from each other, the nature of the new force between them changes.

The force of attraction between two charged particles:
The force of attraction between two charged particles is given by Coulomb's law. Coulomb's law states that the force of attraction or repulsion between two charged particles is directly proportional to the product of their charges and inversely proportional to the square of the distance between them.

What happens when two charged particles are put in contact?
When two charged particles are put in contact, the charges on them get redistributed. The charge distribution on the two particles becomes such that the net charge on both particles becomes equal. This phenomenon is known as charging by conduction.

The nature of the new force between the two particles:
When the two charged particles are put in contact, the nature of the force between them changes. The new force between the two particles depends on the magnitude of the charges on them. If the charges on the two particles are equal, then the force between them will be zero, no matter what the distance between them is.

If the charges on the two particles are not equal, then the force between them will be attractive or repulsive depending on the magnitude of the charges on them. If the magnitude of the charge on one particle is much larger than the other, then the force will be attractive. If the magnitude of the charge on both particles is almost equal, then the force between them will be repulsive.

Conclusion:
In conclusion, the force of attraction between two charged particles depends on the product of their charges and the distance between them. When two charged particles are put in contact, the nature of the force between them changes, and the new force depends on the magnitude of the charges on them. If the charges on the two particles are equal, then the force between them will be zero, and if the charges on the two particles are not equal, then the force between them will be attractive or repulsive depending on the magnitude of the charges.

Hii Kajal so according to me the new force would be electrostatic force.. See what I am saying is that it depends on the nature of charges the two bodies are carrying. If it is only said that there r two Charged bodies let us assume it to be a simpler case and again when they would be placed together arrangement of charges would take place and A new force which I hv mentioned would be generated. Hope uh understood... Regards