An electric dipole is placed along `x`-axis with its centre at origin:

An electric dipole of moment p is placed with its centre at the origin along the x-axis. The electric field at a point P, whose position vector makes an angle theta with the x-axis, will make an angle…….. with the x-axis, when tan alpha = (tan theta)//2

An electric dipole is placed along x-axis at the origin O. A point P is at a distance of 20 cm from this origin such that OP make an angle (pi)/3 with the x-axis . If electric field at P makes an angle theta with x-axis , then the value of theta is

An electric dipole is placed along the x-axis at the origin O.A point P is at a distance of 20 cm from this origin such that OP makes an angle (pi)/(3) with the x -axis. If the electric field at P makes an angle theta with x-axis, the value of theta would be

An electric dipole is placed along the X-axis O . Point P is at a distance of 20cm from the origin such that OP makes an angle pi//3 with the X -axis. If the electric field at P makes an angle theta with the X -axis the value of theta will be

A short electric dipoleis placed along y-axis at the origin. The electric field vector at a point P on x-axis is vec(E ) _(1) . The dipole is rotated by ( pi)/(2) at its positin . Now, the electric field vector at point P is vec(E )_(2) . Select the correct alternative(s) :