Two fixed charges `-2Q` and `+Q` are located at points `(-3a,0)` and `(+3a,0)` respectively. Then which of the following statement is correct?

Two fixed charges -2Q and Q are located at the point with coordinates (-3a,0) and (+3a,0) respectively in the x- y plane . Show that all points in the x-y plane where the electric potential due to the two charge is zero , lie on a circle. If its radius is r = xa and the location of its centre is (ya,0) find x and y .

Two fixed charges -2Q and Q are located at the point with coordinates (-3a,0) and (+3a,0) respectively in the x- y plane . Show that all points in the x-y plane where the electric potential due to the two charge is zero , lie on a circle. If its radius is r = xa and the location of its centre is (ya,0) find x and y .

Two fixed charges -2 Q and Q are locatted at the points with coordinates ( -3 a, 0) and (+3 a, 0) prespectively in the X- Y plane . All the points in the X-Y plane where the electric potential due to the two charges is zero , line on a .

Two fixed charges -2Q and Q are located at the point with coordinates (-3a,0) and (+3a,0) respectively in the x- y plane . If a particle of charge +q starts from rest at the centre of the circle , show by a short quantitavtive argument that the particle eventually crosses the circle . If its speed V = sqrt((Qq)/( z pi epsi_(0) m a)) , then find z.

Two fixed charges -2Q and Q are located at the point with coordinates (-3a,0) and (+3a,0) respectively in the x- y plane . If a particle of charge +q starts from rest at the centre of the circle , show by a short quantitavtive argument that the particle eventually crosses the circle . If its speed V = sqrt((Qq)/( z pi epsi_(0) m a)) , then find z.

Two point charges -q and +q are located at points (0,0-a) and (0,0,a) respectively. The electric potential at point (0,0,z) is (Z gt a)

Two fixed charges -2 Q and Q are locatted at the points with coordinates ( -3 a, 0) and (+3 a, 0) prespectively in the X- Y plane . The expression for the potential V (x) at a general point on the x-axis is given by .

Two charges of magntiudes - 2Q and + Q are located at points (a,0) and (4a,0) respectively. What is the electric flux due to these charges through a sphere of radius 3 a with the centre at the origin?

Two charges of magnitudes -2Q and +Q are located at points (a, 0) and (4a, 0) respectively. What is the electric flux due to these charges through a sphere of radius 3a with its centre at the origin?