A regular hexagone of side a. A wire of length 24 a is coiled on that hexagone. If current in hexagone is I, then find the magnetic moment.

Draw a regular hexagon of side 5 cm.

Area of regular hexagon with side 'a' is

Area of a regular hexagon with side ‘a’ is

A uniform conducting wire of length 18a and resistance R is wound up as current carrying coil in the shape of a regular a hexagon of sides a. If the coil is connected to a voltage source V_(0) , then the magnetic moment of coil is

A uniform conducting wire of length 18a and resistance R is wound up as current carrying coil in the shape of a regular a hexagon of sides a. If the coil is connected to a voltage source V_(0) , then the magnetic moment of coil is

Construct a regular hexagon of side 4 cm. Construct a circle circumscribing the hexagon.

A regular hexagon of side 5 cm has charge 10 mu C at each of its vetices . The potential at the centre of hexagon is

A regular hexagon of side a has a charge Q at each vertex. Potential at the centres of hexagon is (k= (1/4piepsilon_0) )

A regular hexagon of side a has a charge Q at each vertex. Potential at the centres of hexagon is (k= (1/4piepsilon_0) )