Talk:Orbit of Venus
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== GOD=7_4 algorithm determined Venus at .7 AU and its orbit of 224.7 days (7.4 months) ==
Our measurement of time historically comes from our observations of our physical universe. Years are based on the annual orbit of Earth being 365.25 days long. Months were originally based on the lunar 'moonth' of 29.53 days or an alternating between months of 29 & 30 days long. There are 4 lunar phases of a little over 7 days (~7.4 days) each varying due to apogee and perigee; this is where we get our 7 day week and 4 weeks in a month from. The lunar year + 7 day week + 4 days = solar year, so the 12 lunar months in a solar year must be adjusted accordingly. The Julian Calendar (Gregorian Calendar/Roman Calendar) has 7 months with 31 days, 4 with 30 days, and February's 28 days (7x4). 12 x 30.43 days (avg. month) = 365.16 days 30.43 days x 7.4 months = 225.182 Earth days of Venus' orbit which is actually 224.65 days (30.4 x 7.4 = 224.96 or rounded off to 224.7 or 225 days) Venus is at .7 AU and Mercury at .4 AU (astronomical unit) There are many more examples in this solar system of the GOD=7_4 algorithm; see http://GOD704.wikia.com . - Benjamin Franklin 65.34.130.188 (talk) 16:53, 31 August 2014 (UTC) |
Uncertain Meaning
[edit]"In this current era, the nearest that Venus passes by is just under 40 Gm."
"The nearest that Venus by" to what? The Earth? This needs to clarified. CFLeon (talk) 01:20, 25 January 2015 (UTC)
Move discussion in progress
[edit]There is a move discussion in progress on Talk:Orbit of Mars which affects this page. Please participate on that page and not in this talk page section. Thank you. —RMCD bot 01:02, 14 June 2019 (UTC)
not enough orbitals
[edit]Hi,
With the Orbit of Mars article, we see how the Earth can slingshot Mars.
This is very important.
This may be a Mars duststorm factor.
Underestimating Earth effects also ignores them. Do not allow this.
Your Orbit of Venus does not show how Earth may also slingshot Venus.
Update the lead animation and show it.
We are not in a static universe. Our universe is alive.