Two charges, ` + q and -q ` are separated by a distance d. At which points will the resultant electric field intensity be directed parallel to the line joining the charges ?

At what points is the electric dipole field intensity parallel to the line joining the charges?

Two point charges Q and - Q //4 are separated by a distance X . Then .

At what points, dipole field intensity is parallel to the line joining the charges ?

On which points the electric field intensity of the dipole is parallel to the line joining the two charges of the electric dipole ?

Two charges +q and -q are placed at a distance d form each other . At which points the direction of the resultant electric field is parallel to the line joining the two charges ?

Two point charges Q and -Q/4 are separated by a distance x.

Fig. shows some of the electric field lines due to three point charges arranged along the vertical axis. All three charges have the same magnitude. (a) What are the signs of each of the three charges? Explain your reasoning. (b) At what points(s) is the magnitude of the electric field the smallest? Explain your reasoning. Explain how the fields produced by each individual point charge combine to give a small net field at this point or points. (c ) Two point charges q and -q are placed at a distance d apart. What are the points at which the resultant electric field is parallel to the line joining the two charge? .

Fig. shows some of the electric field lines due to three point charges arranged along the vertical axis. All three charges have the same magnitude. (a) What are the signs of each of the three charges? Explain your reasoning. (b) At what points(s) is hte magnitude of hte electric field the smallest? Explain your reasoning. Explain how the fields produed by each individual point charge combine to give a small net field at this point or points. (c ) Two point charges q and -q are placed at a distance d apart. What are the points at which the resultant electric field is parallel to the line joining the two charge? .