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Old 28th November 2007, 06:41 AM   (permalink)
Default maths

hi what u think about that is it true or wrong
comment..
(x)^0=1
justify yourself..
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Old 28th November 2007, 06:50 AM   (permalink)
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1000, 100, 10, 1, 0.1, 0.01, 0.001

or,

16,8,4,2,1,½,¼

Notice a pattern.

Mike.
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Old 28th November 2007, 09:11 PM   (permalink)
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x^n/x^n = 1

Which is to say, x^(n-n) = 1
X^0 = 1
QED

John
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Old 1st December 2007, 09:53 PM   (permalink)
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The infinite series for (1 + x)^n = 1 + nx + n(n-1) x/2 + n(n-1)(n-2) x^2/6 + ...

Note that n is in all terms except the first.

Therefore if n = 0, then (1 + x)^n = 1.

QED
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Old 4th December 2007, 01:21 AM   (permalink)
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0 ^ 0 is undefined.

For n > 0, 0 ^ n = 0.
For x not 0, x ^ 0 = 1.
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Old 4th December 2007, 08:31 AM   (permalink)
Post hi

Quote:
Originally Posted by tkbits
0 ^ 0 is undefined.

For n > 0, 0 ^ n = 0.
For x not 0, x ^ 0 = 1.
MAN U ARE REALLY VERY CONCEPTUALLY ..
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Old 4th December 2007, 10:25 PM   (permalink)
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Quote:
Originally Posted by tkbits
0 ^ 0 is undefined.

For n > 0, 0 ^ n = 0.
For x not 0, x ^ 0 = 1.
I would have thought so, but if you set x = -1 in the series I posted above, 0^0 = 1.

???
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Old 6th December 2007, 01:34 AM   (permalink)
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Division by 0 is undefined for real numbers. If we use the example 0^1/0^1 = 0^(n-n) you have a problem to declare or prove 0^0 = 1.

Last edited by wschroeder; 6th December 2007 at 01:37 AM.
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Old 6th December 2007, 08:43 AM   (permalink)
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Quote:
Originally Posted by wschroeder
Division by 0 is undefined for real numbers. If we use the example 0^1/0^1 = 0^(n-n) you have a problem to declare or prove 0^0 = 1.
I did not use the 0^1/0^1 = 0^(n-n) proof. I used the series posted above which does not have any division by zero.

However, I can't see how 0^0 can = 1.
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