Can someone please enlighten me as to why the following happens?
-2.7^8.6
[1] -5125.407
p- -2.7
q- 8.6
p^q
[1] NaN
R seems perfectly able to calculate -2.7^8.6, but fails when the exact same
values are assigned to variables and then the computation is repeated.
Thanks in advance for any
On Tue, Jul 01, 2008 at 11:15:58AM -0700, [EMAIL PROTECTED] wrote:
Can someone please enlighten me as to why the following happens?
-2.7^8.6
[1] -5125.407
p- -2.7
q- 8.6
p^q
[1] NaN
R seems perfectly able to calculate -2.7^8.6, but fails when the exact same
values are assigned to
on 07/01/2008 01:15 PM [EMAIL PROTECTED] wrote:
Can someone please enlighten me as to why the following happens?
-2.7^8.6
[1] -5125.407
p- -2.7 q- 8.6 p^q
[1] NaN
R seems perfectly able to calculate -2.7^8.6, but fails when
the exact same values are assigned to variables and then the
poolloopus at yahoo.com poolloopus at yahoo.com writes:
Can someone please enlighten me as to why the following happens?
-2.7^8.6
[1] -5125.407
p- -2.7
q- 8.6
p^q
[1] NaN
R seems perfectly able to calculate -2.7^8.6, but fails when the exact same
values are assigned to
variables
This is FAQ 7.33
-thomas
On Tue, 1 Jul 2008, [EMAIL PROTECTED] wrote:
Can someone please enlighten me as to why the following happens?
-2.7^8.6
[1] -5125.407
p- -2.7
q- 8.6
p^q
[1] NaN
R seems perfectly able to calculate -2.7^8.6, but fails when the exact same
values are
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