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![[Post New]](/templates/default/images/icon_minipost_new.gif) 13 May 2008 09:50:42 IST
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Which one is larger? 10099 or 99100.
Please give the solution.
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I am Rudra.
I do have a long signature.Sorry for that.
(Me Rudra.
Tengo una larga signature.Sorry por ello.)
Arithmetic is where numbers fly like pigeons in and out of your head. ~Carl Sandburg, "Arithmetic"
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![[Post New]](/templates/default/images/icon_minipost_new.gif) 13 May 2008 10:07:02 IST
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The second one
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The one man Dynasty !!!!!!!!
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![[Post New]](/templates/default/images/icon_minipost_new.gif) 13 May 2008 10:09:56 IST
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I think (99)100 is the ans,bcoz
(99)100=(99)99+(99)99+........99 times.
(100)99=(99+1)99=(99)99+99c1(99)98+99c2(99)97+.......+1
In the second expansion,From the third term onwards,the terms are very less compared to those of first expansion.Hence the ans.
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MAKING A MISTAKE IS HUMAN BUT REPEATING IT IS IDIOTIC. |
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![[Post New]](/templates/default/images/icon_minipost_new.gif) 13 May 2008 10:10:06 IST
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(99)100 > (100)99
Because,
(100)99 = (99+1)99
= 99C0 (99)99 + 99C1(99)98 + ....................... + 1
= (99)99 + (99).(99)98 +............... + 1
= 2.(99)99 + terms relatively much smaller terms
and this is much smaller than 99.(99)99 i.e (99)100
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You must note that the proofs you suppy should be conclusive. There should be nothing left hanging in the air to be guessed or surmised.
Comparing and is equivalent to comparing and 
Now consider the function  = \sqrt [x] {x})
 = \frac{1 - \log x}{x^2})
Hence for x>1, f is a decreasing function.
Thus, we deduce that .
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![[Post New]](/templates/default/images/icon_minipost_new.gif) 13 May 2008 15:29:46 IST
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thanx hsbhatt sir
plz give us some more tips like this.
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![[Post New]](/templates/default/images/icon_minipost_new.gif) 17 May 2008 21:40:29 IST
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excuse me hsbhatt sir, it is decresing function for x > 10. and not x > 1.
plz say where am i wrong.
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![[Post New]](/templates/default/images/icon_minipost_new.gif) 18 May 2008 09:40:12 IST
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Thanx for pointing out the error. It is a decreasing function for x>e and not x>1 as i posted before
Here the log is taken to the base e
So, if x>e, then 
Hence for x>e
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