No Philip, The way i use rotaion is consistent with MS and Wkipeda...More importainly it is consistent within the HC explaination of why we see star trails and for why we must see the annual roatational condition exist in the stars...That issue is what is under consideration, how MS describes "rotataion" even in a "orbit" and how that does and would affect what we observe.........not how i define orbit and or "real rotatation"..... philip madsen <pma15027@xxxxxxxxxxxxxx> wrote: Well, Phil so as to ease your concerns about terminology and such?...We make the argument using MS definition of "rotation" about the annual axis in the same way that MS uses it to define the nightly "rotation"... Allen you cannot wriggle out of this one by not reading my post correctly, short as it was... I said MS in wiki mentions that care must be taken to avoid confusion.. and you cannot insist that they have not warned you.. They use it in the correct way, you choose to use it your way.. that is your fault not theirs.. You chose to not answer my questions... by ducking around with "its not relevant.. ""You get away with it with Paul because he is a gentleman..... I am not... It is relevant to testing your qualifications to talk the subject.. I would challenge wiki if they were just as stupid.. The questions require a simple sentence...answer.. even less.. Exercise : Can an object orbit and not rotate? Where is the point of zero rotation between a clockwise orbiting body which is rotating clockwise, and the same clockwise orbiting body rotating anticlockwise, and all the points in between. .. ??? think think How many rotations does the moon have ? multiple choice. a. none. b. one. c. two d. three e. other. Philip. ----- Original Message ----- From: Allen Daves To: geocentrism@xxxxxxxxxxxxx Sent: Sunday, November 11, 2007 1:55 PM Subject: [geocentrism] Re: Magnitude of scale Well, Phil so as to ease your concerns about terminology and such?...We make the argument using MS definition of "rotation" about the annual axis in the same way that MS uses it to define the nightly "rotation"... thus we use apples with apples and oranges with oranges no matter how you feel about "rotation" or how you wish to define it..:-)..This is the central key point of consistency that is the whole point....the annual motion does the exact same thing that causes the nightly star trails. It is the same "rotation" as the nightly, thus the annual must have the same cause- effect relationship to star trails that the nightly does.. if MS?s position is to be consistent , then since the nightly creates star trails then the annual must also ..why? ..because no matter how you define "rotation" the annual does the same thing as the nightly which is the only source for any star trails ?...as such, since there is no annual star trails, there can be no similar annual "rotational" motion either..... You see we use MS's own constructs to defeat them ....beautiful isn?t it? philip madsen <pma15027@xxxxxxxxxxxxxx> wrote: Wrong! Philip ... Well I cannot argue with the infallible Allen..who cannot be wrong ever.. However on this word alone there is confusion in every dictionary and even Wiki concerning the use of revolving, rotating, spinning orbiting gyrating. et al.. Wiki warns of it.. confusion by the interchangeability of this word.. yet they did not repair the damage. I do so by insisting orbiting is NOT rotating .. maybe it can be, sometimes, but it is not always. Exercise : Can an object orbit and not rotate? Where is the point of zero rotation between a clockwise orbiting body which is rotating clockwise, and the same clockwise orbiting body rotating anticlockwise, and all the points in between. .. ??? think think How many rotations does the moon have ? multiple choice. a. none. b. one. c. two d. three e. other. my scientific definitions explained. Kind of.. An object rotates on its own centre. a gyration. It revolves around the centre An object orbits around another centre. not a gyration. It revolves around that centre. Philip. revolve verb [I or T] to move or cause something to move round a central point or line: orbit the curved path through which objects in space move around a centre. rotate verb 1 [I or T] to (cause to) turn in a circle, especially around a fixed point: spinning The earth rotates daily. gyrate 1 to turn around and around on a fixed point, --------------------------------- No virus found in this incoming message. Checked by AVG Free Edition. Version: 7.5.503 / Virus Database: 269.15.28/1123 - Release Date: 10/11/2007 3:47 PM