The electric potential decreases uniformly from 180V to 20V as one moves on the X-axis from `x=-2cm ` to `x= +2cm`. The electric field at the origin:

The electric potential decreases unifromly from 120 V to 80 V as one moves on the x-axis from x=-1 cm to x=+1 cm. The electric field at the origin

The electric potential decreases unifromly from 120 V to 80 V as one moves on the x-axis from x=-1 cm to x=+1 cm. The electric field at the origin

The electric potential decreases unifromly from 120 V to 80 V as one moves on the x-axis from x=-1 cm to x=+1 cm. The electric field at the origin

The electric potential decreases unifromly from 120 V to 80 V as one moves on the x-axis from x=-1 cm to x=+1 cm. The electric field at the origin

The electric potential decreases uniformly from 120 V to 80 V as one moves on the X-axis from x = -1 cm to x = + 1 cm. The electirc field at the origin

The electric potential decreases Wliforrnly from 1 00 V to 50 V as one moves on the y-axis from y = -Im toy= + l m. The electric field at the origin :

The electric potential decreases uniformly from 100 V to 50 V as one moves along the x-axis from x = 0 to x = 5 m . The electric field at x = 2 m must be equal to 10 V//m . Is this statement true or false.

The electric potential decreases uniformly from 100 V to 50 V as one moves along the x-axis from x = 0 to x = 5 m . The electric field at x = 2 m must be equal to 10 V//m . Is this statement true or false.

If on the x - axis electric potential decreases uniform from 60 V to 20 V between x = -2 m to x = +2 m then the magnitude of electric field at the origin