Q5) Three different point charges are placed at the corners ofthe vertices of an isosceles triangle with side length of 20 cm and base of 10cm. If the first charge = (2 nC) located at the top corner, the second charge = (-6 nC) located at the bottom-left corner, the third charge =(6 nC) located at the bottom-right corner, calculate the potential difference and the amount of work required to move the charges to the midpoint of the base of the triangle from the places where the charges are located.

Q5) Three different point charges are placed at the corners ofthe vertices of an isosceles triangle with side length of 20 cm and base of 10cm. If the first charge = (2 nC) located at the top corner, the second charge = (-6 nC) located at the bottom-left corner, the third charge =(6 nC) located at the bottom-right corner, calculate the potential difference and the amount of work required to move the charges to the midpoint of the base of the triangle from the places where the charges are located.