\"\"

\

The complex number is \"\".

\

The rectangular coordinates corresponding to the \"\" is \"\".

\

Graph:

\

Plot the complex plane.

\

\"\"

\

\"\"

\

The polar form of a complex number \"\" is \"\".

\

Where \"\" and \"\" .

\

Here \"\" is the magnitude of the complex number and \"\" is argument of \"\".

\

Compare the complex number \"\" with  \"\".

\

Magnitude: \"\".

\

Here, \"\" and \"\".

\

\"\" and \"\"

\

\"italic and \"\".

\

The angle \"italic\"0 satisfies both the equations is at \"italic.

\

Substitute \"\" and \"\" in polar form.

\

\"z.

\

Polar form of the complex number \"\" is  \"z.

\

\"\"

\

Plot of the compex number is \ \

\

\"\"

\

Polar form of the complex number \"\" is  \"z.