Complex Number Arithmetic
You can enter each of the the complex numbers z1,2 in either the "standard" form z = x + y i, where x is its real part and y is imaginery part, or
in its "phasor" (exponential) form z = | z | e φ , where | z | is its modulus and φ is its phase.
You can enter each of the the complex numbers z1,2 in either the "standard" form z = x + y i, where x is its real part and y is imaginery part, or
in its "phasor" (exponential) form z = | z | e φ , where | z | is its modulus and φ is its phase.
| First complex number | z1 = | + i |
| its phasor form | = | ⋅ e i |
| Second complex number | z2 = | + i |
| its phasor form | = | ⋅ e i |
| Conjugate | z1 = | 0 |
| z2 = | 0 | |
| Modulus | | z1 | = | 0 |
| | z2 | = | 0 | |
| Adition | z1 + z2 = | 0 |
| Subtraction | z1 - z2 = | 0 |
| Multiplication | z1 ⋅ z2 = | 0 |
| Division | z1z2 = | 0 |
| Square root | √ z1 | 0 |
√ z2 | 0 | |
| Exponential | ez1 = | 1 |
| Power | z1z2 = | 1 |
| Natural Logarithm (e log(z) = z) | log(z1) = | -Infinity |
| Sine | sin(z1) = | 0 |
| Cosine | cos(z1) = | 1 |
We are working hard to finish it, and you will be able to use it soon.
