Equatorial Line or Broadside-on-position or TAN-B position of the electric dipole tends to showing the description, explanation and calculation.

## Equatorial Line or Broadside-on-position or TAN-B

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## Equatorial Line or Broadside-on-position or TAN-B

**Electric Dipole and Dipole Moment: **The electric dipole consists of a pair of equal and opposite charges at very small distance appart.

The strength of electric dipole is measured by a vectro quantity known as electric dipole moment.

The electric dipole moment is a product between manitude of either charge and vector distance between them.

Mathematically, it is given by,

\vec{P}=q \times 2\vec{l}## Analytical Treatment for Field intensity Due to Dipole on The Equatorial Line

Let’s consider an electric dipole **AB** of length 2l.

Let OA = OB = l

Let **P** is point of observation at a distance “**r**” from center of dipole **O**, on the equatorial line of the dipole.

So that,

**OP **=** r**

Let E_{1} = electric field intensity at the point P due to charge +q.

So that,

E_{1} = \frac{1}{4\pi\epsilon_0}.\frac{q}{(r^{2}+l^{2})} along PT — (1)

Let E_{2} = electric field intensity at the point P due to charge -q.

So that,

E_{2} = \frac{1}{4\pi\epsilon_0}.\frac{q}{(r^{2}+l^{2})} along PS — (2)

Let **E** = electric field intensity at the point P due to electric dipole.

Raaz Sir says

Thanks to all for your valuable quetions. Keep it up.