Back when I was writing at Antimodernism, an MSN Group that was closed along with the others in February 2009, I posted a video called Moontruth, which showed how the pictures of Armstrong on Moon could have been faked, if fake.
Why, precisely, should specifically Geocentrics be interested in that, may one ask?
Well, let us put it like this: Geocentrism or static Earth means Universe is revolving at a very high speed every 24 h. around us. "Distant stars" - distant as measured by parallax, which is contestable with a Geocentric view, see previous posts - would be revolving at speeds higher than "the speed of light" as given by the experts.
I calculated that the limit for astronomical objects to be below that speed if rotating daily would be surpassed by Neptune - each and every day. And for Planets, it is not parallax, but angle of reflections of sunlight on planet, which makes the angles triangulation depends on:
First step: triangulate Moon distance by two points of Earth; on Equator: angles of sighting moon.
Second step: triangulate Sun distance by this reflection method, distance of Earth-Moon at that moment being known.
Third step: calculate planetary distances, including up to Neptune, by this method, distance Earth-Sun at that moment being an already known length. So, a method of mathematics called triangulation (which I have never questioned as such), and accepting that angle of light can be measured by light/shade configuration of planetary roundness, accepting also daily orbit of Neptune would on Geocentric terms be faster than given speeds of light, assumed in Einsteinian theory to be the fastest speed possible for all Universe. If a Geocentric - as I do - does not accept Einstein, that is no problem.
But even Moon would be moving very much faster around Earth than usually assumed by Astronomers, if Armstrong really landed there, and Earth is static, how did he survive? Hence the spontaneous interest of the video called "Moontruth".
BUT.
Other day I was thinking: yes, assuming Moon revolves, with Universe, around us daily, does add one speed to Moon. But in other respects Geocentrism takes away some speeds. On Moon too, since its supposed share in orbital speed of Earth is not existent if Geocentrism is true. Notably, heliocentrism adds to speeds we supposedly have to survive down here on Earth each day.
Wikipedia gives the speed references on article Earth as follows:
Adding them up for a place on Equator at a time when the speeds add up rather than cancel gives 108,874.4 km/h and when they cancel out leaves us with supposedly 105,525.6 km/h to support.
But if I was right about Geocentrism, and wrong about posting Moontruth video - but was I? - what does that make Armstrong supporting when there?
Wikipedia gives Moon as distant diversely between:
which would make the mean diametre of Moon's daily circle around Earth 768.800 km and the periphery, hence orbit, that times pi, I get 2,413,032 km mean orbit of Moon per day. Since a day or rather night and day has 24 h. it is easily seen that we have to divide by 24 in order to get the speed - about same as the one Heliocentrics suppose we endure every day.
Hans-Georg Lundahl
Bibliothèque Universitaire
de Paris X - Nanterre
Octava Nativitatis S.
Iohannis Baptistae
et Festum Pretiossissimi
Sanguinis Dni Ni Iesu Christi
1/VII/2010
Bonus question for astronomically interested readers: according to Heliocentrism, at mornings and evenings the orbital speed and equatorial rotation speed neither add up nor cancel, since at right angles. The highest and lowest speeds would be either midnight and noon or noon and midnight. Which one is it? Right now I am too tired to figure that one out, it is after all hot here!
Why, precisely, should specifically Geocentrics be interested in that, may one ask?
Well, let us put it like this: Geocentrism or static Earth means Universe is revolving at a very high speed every 24 h. around us. "Distant stars" - distant as measured by parallax, which is contestable with a Geocentric view, see previous posts - would be revolving at speeds higher than "the speed of light" as given by the experts.
I calculated that the limit for astronomical objects to be below that speed if rotating daily would be surpassed by Neptune - each and every day. And for Planets, it is not parallax, but angle of reflections of sunlight on planet, which makes the angles triangulation depends on:
First step: triangulate Moon distance by two points of Earth; on Equator: angles of sighting moon.
Second step: triangulate Sun distance by this reflection method, distance of Earth-Moon at that moment being known.
Third step: calculate planetary distances, including up to Neptune, by this method, distance Earth-Sun at that moment being an already known length. So, a method of mathematics called triangulation (which I have never questioned as such), and accepting that angle of light can be measured by light/shade configuration of planetary roundness, accepting also daily orbit of Neptune would on Geocentric terms be faster than given speeds of light, assumed in Einsteinian theory to be the fastest speed possible for all Universe. If a Geocentric - as I do - does not accept Einstein, that is no problem.
But even Moon would be moving very much faster around Earth than usually assumed by Astronomers, if Armstrong really landed there, and Earth is static, how did he survive? Hence the spontaneous interest of the video called "Moontruth".
BUT.
Other day I was thinking: yes, assuming Moon revolves, with Universe, around us daily, does add one speed to Moon. But in other respects Geocentrism takes away some speeds. On Moon too, since its supposed share in orbital speed of Earth is not existent if Geocentrism is true. Notably, heliocentrism adds to speeds we supposedly have to survive down here on Earth each day.
Wikipedia gives the speed references on article Earth as follows:
- Average orbital speed: 29.78 km/s or 107,200 km/h
- Equatorial rotation velocity: 1,674.4 km/h
Adding them up for a place on Equator at a time when the speeds add up rather than cancel gives 108,874.4 km/h and when they cancel out leaves us with supposedly 105,525.6 km/h to support.
But if I was right about Geocentrism, and wrong about posting Moontruth video - but was I? - what does that make Armstrong supporting when there?
Wikipedia gives Moon as distant diversely between:
- 363,104 km
and: - 405,696 km
which would make the mean diametre of Moon's daily circle around Earth 768.800 km and the periphery, hence orbit, that times pi, I get 2,413,032 km mean orbit of Moon per day. Since a day or rather night and day has 24 h. it is easily seen that we have to divide by 24 in order to get the speed - about same as the one Heliocentrics suppose we endure every day.
Hans-Georg Lundahl
Bibliothèque Universitaire
de Paris X - Nanterre
Octava Nativitatis S.
Iohannis Baptistae
et Festum Pretiossissimi
Sanguinis Dni Ni Iesu Christi
1/VII/2010
Bonus question for astronomically interested readers: according to Heliocentrism, at mornings and evenings the orbital speed and equatorial rotation speed neither add up nor cancel, since at right angles. The highest and lowest speeds would be either midnight and noon or noon and midnight. Which one is it? Right now I am too tired to figure that one out, it is after all hot here!
