Recent content by Madou

thank you, i'll check it all out )

Other things i want to evaluate about the random value X~Bi(5, 0.2): 1) M[2-3x] 2)D[2-3x]

For a random value X~Bi(5,0.2) evaluate the probability of X<4. Any ideas? What is Bi?

alright, thank you, anyway - i think i have nearly solved the problem. I'll tell everyone, if i finish.

You say And how do i first evaluate the integral?

No-no, first the definition of the uniform convergence of the funсtional series.

Well, first I'm trying to clarify the definition of the uniform convergence of the improper integral.

So, one more time, this is what I'm doing - I'm inspecting for uniform convergence: \int_{0}^{\infty}{\frac{\sqrt{\alpha}}{\sqrt{{\alpha}^{2}x^{4}+1}}dx} where \alpha \in \ [0,1].

okay

please, say something!

I shall prove that this integral is uniformly convergent or not: and if it is convergent, i must describe its uniform convergence

Oh, yes, 5*5*5 would be 125. You're right. Thank you. I just forgot its a cube, not a square! :)

Could somebody please tell me how can one divide a large cube into 125 smaller cubes of equal size? I can very well understand i can divide a large cube into 225 smaller cubes because 15*15=225. I just HAVE NO ideas. You?

thank you ;)

http://wims.unice.fr/wims/wims.cgi?session=AL2A54950A.3&+lang=en&+module=tool%2Fanalysis%2Ffunction.en okay thank you - this will help certainly - may be I'm just a bit sleepy in the middle of the night