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Group: ns.forsale · Group Profile · Search for Net Zero Home in ns.forsale
Author: brilyn
Date: May 31, 2007 11:44
An accompanying mail was sent to the following addresses which are thought to be responsible for domain(s), IP blocks, ASN, or nameservers associated with the origin point: postmaster@010-101.com, abuse@gt.ca, abuse@peer1.net Message abstract: Message ID: <200705210135.l4L1ZxBE070274@trapjaw.010-101.com> Originating IP address: 64.69.77.70 (64-69-77-70.010-101.com
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| Use the Fuctional Programming command Select.
data = {1, 2, 3, 4, 5, 0, 0, 0};
data2 = Select[data, # != 0 &]
{1, 2, 3, 4, 5}
Mean[data2]
3
--
David Park
djmpark@comcast.net
http://home.comcast.net/~djmpark/
"Pasha Karami" <karami@geo.uu.nl> wrote in message
news:gag2rl$3fq$1@smc.vnet.net...
> Dear all,
>
> An easy question:
> I would like to make an average of a data |
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Group: alt.fan.danquayle · Group Profile · Search for Net Zero Home in alt.fan.danquayle
Author: Video61
Date: Dec 24, 2008 22:34
Narasimham, I'll do your problem using the Presentations package. Needs["Presentations`Master`"] First I find your notation just a little jarring. z is usually used for the complex variable, x is usually the real part of a complex number and I'll use f for the function. f[z_] := 1.3 Sin[1.7 z] + 0.6 Sin[4 z] The easiest way to see the zeros is to make a contour plot of the modulus
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