The green glass door

Originally posted by Will Everitt
Well chances are that’s because it’s not really useful it’s just a purely hypothetical thing with no applications in real life.

Actually, it has several applications in electrical engineering including determining the phase of a voltage/current.

"Actually, it has several applications in electrical engineering including determining the phase of a voltage/current."

Ok well I didn’t know about that and don't quite know how a number that cannot be represented by normal numbers could be used for something like that but I can accept there are things I don't know and may well not understand.

Originally posted by Will Everitt
"Actually, it has several applications in electrical engineering including determining the phase of a voltage/current."

Ok well I didn’t know about that and don't quite know how a number that cannot be represented by normal numbers could be used for something like that but I can accept there are things I don't know and may well not understand.

Originally posted by Suzianne
It's also useful for determining certain trigonometric functions.

Originally posted by joshbgosh10592
nope hint: ask me yes or no questions about what was in the cabin.

Is the cabin the type you find at the front of an aeroplane 🙂

Originally posted by bloodyboy
was there a well underneath the floor boards?- the movie the ring- if you saw it

Originally posted by ambience
Is the cabin the type you find at the front of an aeroplane 🙂

the plane crashed. the bloke died. the end, good night.

Poor Bob. A little respect, please.

Originally posted by rheymans
Not only that, it is used in differential equations. I believe that among the Diff EQ's that use Euler's formula [e^(theta*i) = cos(theta) + i*sin(theta)] to obtain a solution, are equations used in finding resonance frequencies. Resonance, in building construction, is something to be avoided, so i does indeed have real world practical applications.