Electric Potential between Two Equal Positive Charges
Electric potential is a scalar quantity that describes the amount of potential energy per unit charge at a certain point in an electric field. When two equal positive charges are placed at points A and B, the electric potential at the points between A and B (excluding these points) will change as we move from A to B.

Explanation:
- As we move from point A towards point B, the electric potential decreases.
- This is because the electric potential due to a positive charge decreases as we move away from it.
- At point A, the electric potential is higher due to the presence of the positive charge, and as we move towards point B, the influence of the charge at A decreases, causing the potential to decrease.
- At point B, the electric potential is lower compared to point A due to the presence of the positive charge at B.
- The electric potential at any point between A and B is a function of the distance from both charges and follows the principles of superposition, where the total potential is the sum of the potentials due to individual charges.
- The potential at any point between A and B can be calculated using the formula for electric potential, which takes into account the distances from both charges.
In conclusion, the electric potential between two equal positive charges at points A and B varies as we move from A to B, with the potential decreasing as we move closer to the charge at B and away from the charge at A.