It would be useful to express a result of complex calculation in exponentional form, A*e^j*φ as well as in algebraic one, like fractions in SMath can be represented in decimal or ordinary form.
also
It would be useful to have the option of having 'j' as the complex number unit as well as 'i'.

Wrote

It would be useful to express a result of complex calculation in exponential form, A*e^j*φ as well as in algebraic one, like fractions in SMath can be represented in decimal or ordinary form.
also
It would be useful to have the option of having 'j' as the complex number unit as well as 'i'.

Show your example of complex converted to A*e^j*φ

Thanks for reply.

About j := i



I know that it can be expressed in SMath another way, for ex. like this:



But, It is very helpful that it can be represented in result (answer) just like this:
Z := (0 − j*50) Ω = 50*e^-j90° Ω
or like this
Z := (0 − j*50) Ω = 50∠−90° Ω

... Erratum