Path: utzoo!utgpu!news-server.csri.toronto.edu!bonnie.concordia.ca!uunet!munnari.oz.au!uniwa!nodecg!kevin
From: kevin@nodecg.ncc.telecomwa.oz.au (Kevin Spencer)
Newsgroups: rec.skydiving
Subject: Re: Graph of osc'n due to high windforce
Message-ID: <1991Jun14.072917.5490@nodecg.ncc.telecomwa.oz.au>
Date: 14 Jun 91 07:29:17 GMT
References: <1991Jun11.084111.8668@cc.curtin.edu.au> <950@lhdsy1.chevron.com> <3518@oucsace.cs.OHIOU.EDU>
Reply-To: kevin@nodecg.UUCP (Kevin Spencer)
Organization: Network Computer Centre - Telecom
Lines: 18

In article <3518@oucsace.cs.OHIOU.EDU> mspurgeo@oucsace.cs.OHIOU.EDU (Mike Spurgeon) writes:
>In article <950@lhdsy1.chevron.com>, yzarn@lhdsy1.chevron.com (Philip Yzarn de Louraille) writes:
>> Yes, I am interested by the simulator code.

Getting briefly back to the original article...

I get the impression it was implying that someone had jumped or is going to
jump from 120 000 ft. My knowledge of things like the thickness of the
atmosphere is a little hazy, but isn't that getting almost out of the
atmosphere? Just wondering if someone could fill me in on the details of
this jump. If it's able to be done, I could think of little to beat it in
terms of a high :-)

-- 
Kevin Spencer                   _.-_|\       I know it's stolen, but 
17 Winchelsea Rd NOLLAMARA     /      \      the picture's brilliant 
PERTH, WESTERN AUSTRALIA ----> \_.--._/                              
Phone: +61 9 345 1025                v       kevin@ncc.telecomwa.oz.au