Not really, I had reconstruct it entirely from my notes. I did not even remember how before that.

]]>:D:D:D:D:D:D:D:D:D

]]>Why wouldn't you just plug into the Taylor series?

What is a?

Start by computing A^n.

]]>I was wondering if you can help me with the following question:

If I have a general upper triangular matrix such as:

A^n = -----d^n---n(u)d^n-1--------------(ignore dashes)

--------------0-------d^n

How to i find e^a and/or e^x using taylor series?

If the general matrix is difficult to compute onto text, consider any basic upper triangular matrix as an example.

Such as:

A = [2 4]

-----[0 2]

I'd be grateful for any help!

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