SOLUTION: What is the jth root of j? Give the exact value.

The other tutor's answer is wrong.

Apparently, you're an electronics student who uses i for current, and 
therefore has to use j for √-1.

Sorry, I thought you wanted jj and worked that out.  I'll redo it
and put the results here later.  It's actually 4.810477381.  But
here is 



Now to continue we must find an expression for ln(j)

Euler's equation is 



Substitute 



Therefore since 



then 

Now we go back to where we were:
 = 0.2078795764

Edwin

I'm the same person as Edwin McCravy above. 



Let's simplify 



So we have



So we find 



Now to continue we must find an expression for ln(j)

Euler's equation is 



Substitute 



Therefore since 



then 

Now we go back to :
 

Now we go back to 

.

Edwin