Recent content by rasi

yes. just as you said.

So how can i go on. In no way i coulnd't tackled it. Thanks for your help...

Thanks for your helpings...

1) If a function is analytic, might its imaginary and real parts be called absolutely harmonic? 2) If real and imaginary parts of a function is not harmonic, then it can't be analytic? Are these statements true or false? thanks

is it anaytic at (0,0) ?

but it doesn't satisfy except (0,0)

How can I find all analytic functions f=u+iv with u(x,y)=(x^2)+(y^2) Thanks for the help. I appreciate it.

could you look at this problem please. thanks for now. \int_{2}^{4}\frac{\sqrt{ln\left ( 9-x \right )}}{\sqrt{ln\left ( 9-x \right )}+\sqrt{ln(x+3)}}dx

as you know i have been asked a question which no no way i couldn't tackle it. and its is about differentiabilty. at long last i found a solution. i want to share with you. could you check out please. thanks for now.this is the question. and this is my solution.(i assume that when x goes...

in no way i couldn't tackle this problem. could you help me please. and i wonder is there any application/pc program which is solving limit derivative and integral. Like MathXpert. any help will be appriciated.

you right. this book is very difficult. is there any book that you know which is starting elementary? and has much examples with solutions. about sequences, series, limit, differentiable, derivative, integral

first of all thank for everything... i have been awaken after the event. i have been send it.

could you explain using the "homework template". i'am a little while ago member in this community. this is my trial.

i tried... i can't get tackle with this problem no matter how hard i try. please help me.

i tried to solve this problem. i can do it a little. but i can't progress. as far as I'm concerned, it requires outstanding performance. thanks for now... PROBLEM MY SOLUTION...