That "Jerry Hubbard" was a sixth cousin. :) Jerry W. Hubbard <[EMAIL PROTECTED]>
> -----Original Message----- > From: [EMAIL PROTECTED] > [mailto:[EMAIL PROTECTED]]On Behalf Of Ed Crowley > Sent: Monday, January 07, 2002 10:33 PM > To: Exchange Discussions > Subject: RE: Was: Question from a troll to a Yoda - Now: RFC Question > > > Wasn't Jerry Hubbard the sidekick of Barth Gimble? > > Ed Crowley MCSE+I MVP > Tech Consultant > Compaq Computer > "There are seldom good technological solutions to behavioral problems." > > -----Original Message----- > From: [EMAIL PROTECTED] > [mailto:[EMAIL PROTECTED]]On Behalf Of Jerry W. Hubbard > Sent: Saturday, January 06, 2001 9:27 PM > To: Exchange Discussions > Subject: RE: Was: Question from a troll to a Yoda - Now: RFC Question > > > Dear Martin, > > Are you saying the frequency of the beat oscillates at frequency > x and sets > up a standing wave in the air surrounding it? Just and old f*rt technician > seeing if he understands. > > Jerry W. Hubbard > <[EMAIL PROTECTED]> > > PS This is a great list. :) > > > > -----Original Message----- > > From: [EMAIL PROTECTED] > > [mailto:[EMAIL PROTECTED]]On Behalf Of Martin Tuip > > Sent: Friday, January 04, 2002 7:04 AM > > To: Exchange Discussions > > Subject: RE: Was: Question from a troll to a Yoda - Now: RFC Question > > > > > > > > Obviously bumble bees do fly but no fixed wing study in a conventional > > wind tunnel has shown how enough lift can be generated to lift the huge > > mass of a bumble bee (compared to its wing size). A wide range of > > studies have been done in recent years to try to understand the bee's > > unique method of flying. > > > > Insects like the bee do not flap their wings up and down as one might > > think. The movement of their wings is forward and backward. Lay your > > right hand on the table (palm down) and move it to the left. That is > > what the bee does as the first part of its wing beat. This movement > > produces lift because your hand produces the same effect as an airplane > > wing. Air moving over the top produces a low pressure because of the > > greater curvature, a principal known as Bernoulli's principal. Now flip > > your hand over (palm up) and return it to its original position. > > > > Computer studies shown that the timing of the flip is critical. The wake > > of the forward stroke allows the wing to recapture energy as the wing is > > moved back. There is a surge of forces on the wing as this happens which > > provides great lift at minimal energy. Dr. Adrian Thomas of Oxford > > University says, "The whole system is a lot more complicated than we > > thought." A lot remains to be done to understand this, but the > > maneuverability and efficiency of it indicates man needs to understand > > to improve his own methods of flying. > > > > To suggest that such systems come about by chance strains credibility to > > the limit. The enormous complexity of the motion, the design of the > > wings to do the flying, and the support system that moves the wing all > > speaks of highly planned and designed structures that we still do not > > totally understand. > > > > > > Does that answer your question? > > > > Martin Tuip > > MVP Exchange > > Exchange 2000 Listowner > > www.exchange-mail.org > _________________________________________________________________ List posting FAQ: http://www.swinc.com/resource/exch_faq.htm Archives: http://www.swynk.com/sitesearch/search.asp To unsubscribe: mailto:[EMAIL PROTECTED] Exchange List admin: [EMAIL PROTECTED]
