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found 4 articles for 0.303 sec
I use the windowsxp client,select the md5-challenge.I get the network packet. The random sting is "ca 21 f4 62 12 c1 67 c3 5a 09 60 e5 19 13 c9 01" for the RAIDIUS. The password is "123". And the response value is "a5 56 ba 5e 1c cf ae d3 fc 7e 6e 92 57 d6 38 d8". I use the MD5 to encrypt the password and I can't get the same result. I am confused what happend. And what happend about the randow     

Group: microsoft.public.windows.server.networking · Group Profile · Search for Raidius in microsoft.public.windows.server.networking
Author: renxianfu
Date: Sep 10, 2008 22:59

In article <96f8b9de-ee6a-4dd2-969c-8f66482abe16@y5g2000hsf.googlegroups.com>, Le Chaud Lapin <jaibuduvin@gmail.com> wrote: On Dec 4, 11:37 pm, trian...@yahoo.com.sg wrote: I tried this and I got slightly longer distances than with my previous algorithm measuring distance on earth surface. I understand that I should actually get slightly shorter distances. The distance is about
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The fall rate at the equator is identical. The point the ball hits the ground is from a point thats longer. The direction it falls nd the point it hits has a tidal force from the moon. The bombs fall twards the moon. The bomb is allso in orbit of the sun. The bomb will dirft do to tidal forces and in thier direction . raidius is the speed. The closer to the center the faster     

Group: comp.infosystems.gis · Group Profile · Search for Raidius in comp.infosystems.gis
Author: rgc
Date: Dec 5, 2007 10:54

We just snap a pic today and know its 4.5 milirad . russia measured 4.3 milirad befor impact. How did nasa miss te moons amposphere ? argon 1 psi . How did nasa walk around in charged dust ? How did moon walkers fall at 1/6 the speed of falling ?? Nasa fucked up big time on radiation and the speed of falling . The fall speed on the moon surface is identical to earth . Its 1/6 the wieght
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Group: sci.physics · Group Profile · Search for Raidius in sci.physics
Author: tj Frazir
Date: Mar 9, 2007 09:57

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Group: sci.physics · Group Profile · Search for Raidius in sci.physics
Author: tj Frazir
Date: Feb 24, 2007 21:32

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