What would the graph [math](-2)^x[/math] look like? It would alternate between, positive, negative and imaginary numbers. Could anyone graph this for me on a 3D axis? - Quora
![Esther Song a Twitteren: "Still thinking about the x,y,i planes to visualize complex numbers. Here is the complex solution set of y=x^2+4. (AND what complex roots LOOK like is FASCINATING) #iteachmath #cpsSTEM # Esther Song a Twitteren: "Still thinking about the x,y,i planes to visualize complex numbers. Here is the complex solution set of y=x^2+4. (AND what complex roots LOOK like is FASCINATING) #iteachmath #cpsSTEM #](https://pbs.twimg.com/media/DPLTLZjV4AADc8k.jpg)
Esther Song a Twitteren: "Still thinking about the x,y,i planes to visualize complex numbers. Here is the complex solution set of y=x^2+4. (AND what complex roots LOOK like is FASCINATING) #iteachmath #cpsSTEM #
![Is there a name for this type of plot? (function on complex plane vs time shown in 3D) - Mathematics Stack Exchange Is there a name for this type of plot? (function on complex plane vs time shown in 3D) - Mathematics Stack Exchange](https://i.stack.imgur.com/eCpbp.gif)
Is there a name for this type of plot? (function on complex plane vs time shown in 3D) - Mathematics Stack Exchange
![Graphing Compex Functions 3D (x,y,i axes) Instead Of Color-Coded (SAGE). - Mathematics Stack Exchange Graphing Compex Functions 3D (x,y,i axes) Instead Of Color-Coded (SAGE). - Mathematics Stack Exchange](https://i.stack.imgur.com/gw8Aj.png)
Graphing Compex Functions 3D (x,y,i axes) Instead Of Color-Coded (SAGE). - Mathematics Stack Exchange
![What would the graph [math](-2)^x[/math] look like? It would alternate between, positive, negative and imaginary numbers. Could anyone graph this for me on a 3D axis? - Quora What would the graph [math](-2)^x[/math] look like? It would alternate between, positive, negative and imaginary numbers. Could anyone graph this for me on a 3D axis? - Quora](https://qph.fs.quoracdn.net/main-qimg-5780fcf8bcb24b0b969db3d726cbe1e6.webp)