Adnan Zahid
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 Nov 21 awarded Popular Question Feb 1 awarded Autobiographer Dec 21 comment Problem with null Eigen vectors. I'm sorry my question was regarding the Eigen 'vectors'. Dec 21 awarded Scholar Dec 21 comment Problem with null Eigen vectors. Also suggest how to compute eigen vectors for identity matrix. Dec 21 accepted Problem with null Eigen vectors. Dec 21 comment Problem with null Eigen vectors. Okay, thank you so much. Dec 21 comment Problem with null Eigen vectors. Can you suggest how to evaluate its complex Eigen values? Dec 21 awarded Commentator Dec 21 comment Problem with null Eigen vectors. Thanks alot, I often get confused with Eigen-value problems. I have a few other questions too, if you guys dont mind :) Dec 21 comment Problem with null Eigen vectors. I dont get you, the first Eigen vector comes out to be a zero vector. Its quite visible from the question. Dec 21 asked Problem with null Eigen vectors. Aug 6 comment Power series expansion I clearly wrote "I know how to evaluate power series but I cannot seem to find an expansion ... ". Anyway, I think what you're referring to now is binomial expansion. Thank you by the way. Aug 6 comment Power series expansion Yes that's what I'm talking about. When you're asked to expand a function by power series, you can't use Maclaurin series unless explicitly asked to. Aug 6 comment Power series expansion That's right, can you tell me the difference between Maclaurin series and Power series? Cause that's Maclaurin series what you just used. Aug 4 comment Power series expansion Okay thank you guys for enlightening me, but you know what? This got me kinda confused, this is something I haven't studied. I'm willing to delve into this topic if only I had an idea where to start. Thank you once again. Aug 4 comment Power series expansion No sorry, whats the deal with (1/2)! How to evaluate that? Aug 4 comment Power series expansion Yes, this is the combination form. (1/2)!/((k!)(1/2-k)!). Aug 4 comment Power series expansion I am, I know how to calculate the binomial series. Just a bit rusty with the concepts. So binomial series is a kind of power series. Thank you for the comment! :) Aug 4 comment Power series expansion Please excuse my ignorance. Is binomial series the same as power series?