Math Is Fun Forum

ck29205325

Member

Registered: 2009-09-20

Posts: 5

Caculus problem

How to prove this?

Thanks in advance.

Bob

Administrator

Registered: 2010-06-20

Posts: 10,583

Re: Caculus problem

Hi

I'm unclear about the exact form of your integral.  Are you able to use LaTex commands such as

math]\frac{numerator}{denominator}[/math]  (missing [ to stop this being parsed.)

to show which expressions are above the line and which below.

Or add brackets ???

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Children are not defined by school ...........The Fonz
You cannot teach a man anything;  you can only help him find it within himself..........Galileo Galilei
Sometimes I deliberately make mistakes, just to test you!  …………….Bob

ck29205325

Member

Registered: 2009-09-20

Posts: 5

Re: Caculus problem

Sure.
My question is how to prove:

Bob

Administrator

Registered: 2010-06-20

Posts: 10,583

Re: Caculus problem

I think you are asking:

Prove

Is this right?  I'm wondering if there's a pi

in this bracket.

Bob

Last edited by Bob (2010-08-24 00:52:56)

---

Children are not defined by school ...........The Fonz
You cannot teach a man anything;  you can only help him find it within himself..........Galileo Galilei
Sometimes I deliberately make mistakes, just to test you!  …………….Bob

ck29205325

Member

Registered: 2009-09-20

Posts: 5

Re: Caculus problem

Bob

Administrator

Registered: 2010-06-20

Posts: 10,583

Re: Caculus problem

Hi

Now I understand what has been puzzling me.  I have no idea what 'the big O notation' is.:(

Maybe someone else will know and pick this up.

Sorry

Bob

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Children are not defined by school ...........The Fonz
You cannot teach a man anything;  you can only help him find it within himself..........Galileo Galilei
Sometimes I deliberately make mistakes, just to test you!  …………….Bob

bobbym

bumpkin

From: Bumpkinland

Registered: 2009-04-12

Posts: 109,606

Re: Caculus problem

Hi ck29205325

I have some understanding of Big O or Landau notation cause I do some work with asymptotic forms but I am not getting anything either so that 's not it either.

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In mathematics, you don't understand things. You just get used to them.
If it ain't broke, fix it until it is.
Always satisfy the Prime Directive of getting the right answer above all else.