The centre of a regular hexagon is i. One vertex is `2 + i and z` is an adjacent vertex. Then `z` is equal to

If z=sqrt(2i), then z is equal to

The centre of a regular hexagon is at the point z = i. If one of its vertices is at 2 + i, then the adjacent vertices of 2 + i are at the points :

The centre of a regular hexagon is at the point z=i . If one of its vertices is at 2+I, then the adjacent vertices of 2+I are at the points

A positive charge kept at one of the vertices of a regular hexagon produces electric intensity E at the centre of the hexagon. If the charge is moved to an adjacent vertex, the magnitude of change in the electric intensity will be

The center of a regular polygon of n sides is located at the point z=0, and one of its vertex z_(1) is known. If z_(2) be the vertex adjacent to z_(1) , then z_(2) is equal to _____________.

The center of a regular polygon of n sides is located at the point z=0, and one of its vertex z_(1) is known. If z_(2) be the vertex adjacent to z_(1) , then z_(2) is equal to

Find the potential energy of a charge q_(0) placed at the centre of regular hexagon of side a, if charge q is placed at each vertex of regular hexagon ?

Find the potential energy of a charge q_(0) placed at the centre of regular hexagon of side a, if charge q is placed at each vertex of regular hexagon ?