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8 1802-11-09 08:52 0.2693 0.0167 19 1815-11-12 02:24 0.2695 0.1543 9 1822-11-05 02:24 0.2690 0.2335 37 1832-05-05 12:14 0.2641 0.1352 16 1835-11-07 19:55 0.2692 0.0942 27 1845-05-08 19:26 0.2639 0.1516 6 1848-11-09 13:40 0.2693 0.0450 17 1861-11-12 07:11 0.2695 0.1825 7 1868-11-05 07:11 0.2690 0.2046 35 1878-05-06 18:57 0.2641 0.0804 14 1881-11-08 00:43 0.2692 0.0658 25 1891-05-10 02:09 0.2639 0.2089 4 1894-11-10 18:28 0.2693 0.0737 15 1907-11-14 12:00 0.2695 0.2105 5 1914-11-07 12:00 0.2691 0.1756 33 1924-05-08 01:40 0.2640 0.0250 12 1927-11-10 05:45 0.2692 0.0375 23 1937-05-11 08:59 955.5 2 (re-first transit of an OLD 217-yearsseries, because at the descending node the transits move backward instead of forward such as at the ascending node does after each 217 year) 1940-11-11 23:16 0.2694 0.1021 13 1953-11-14 16:48 0.2695 0.2391 3 1957-05-06 01:11 0.2642 0.2525 20 1960-11-07 16:48 0.2691 0.1469 31 1970-05-09 08:09 0.2640 0.0312 10 1973-11-10 10:19 0.2692 0.0138 21 1986-11-13 04:04 0.2694 0.1306 11 1993-11-06 03:50 0.2689 0.2577 39 1999-11-15 21:35 0.2695 0.2672 1 (last transit of this 217-yearsseries) 2003-05-07 07:40 0.2642 0.1973 18 (re-first total transit on -9932-03-08 and re-last total transit on 64718-05-30) 2006-11-08 21:35 0.2691 0.1177 29 2016-05-09 14:52 0.2640 0.0880 8 (re-first total transit on -2975-04-07 and re-last total transit on 30010-04-05) 2019-11-11 15:07 0.2692 0.0238 19 (first total transit on -31399-05-27 and last total transit on 9615-02-11) 2032-11-13 08:52 0.2694 0.1588 9 2039-11-07 08:38 0.2689 0.2287 37 2049-05-07 14:24 0.2642 0.1427 16 2052-11-09 02:24 0.2691 0.0888 27 2062-05-10 21:35 0.2640 0.1442 6 2065-11-11 19:55 0.2693 0.0510 17 2078-11-14 13:40 0.2694 0.1871 7 2085-11-07 13:26 0.2690 0.2000 35 2095-05-08 21:07 0.2642 0.0867 14 2098-11-10 07:11 0.2691 0.0599 25 2108-05-12 04:19 0.2640 0.2010 4 2111-11-14 00:43 0.2693 0.0793 15 2124-11-15 18:28 0.2694 0.2161 5 2131-11-09 18:14 0.2690 0.1712 33 2141-05-10 03:35 0.2641 0.0310 12 2144-11-11 12:00 0.2691 0.0316 23 2154-05-13 11:02 0.2640 0.2581 2 2157-11-14 05:31 0.2693 0.1078 13 2170-11-16 23:16 0.2694 0.2443 3 2174-05-08 03:21 0.2643 0.2572 20 2177-11-09 23:02 0.2690 0.1422 31 2187-05-11 10:19 0.2641 0.0267 10 2190-11-12 16:48 0.2691 0.0028 21 2203-11-16 10:33 0.2693 0.1359 11 2210-11-09 10:19 0.2688 0.2535 39 2220-05-09 09:50 0.2643 0.2030 18 ... ... ... ...
804:, you can revert my edits if you wish since both "transit of Mercury" and "Mercury transit" are terms used to refer to when Mercury transits Sol, but if my edits are reverted, then a clarification should be provided in the article that a "transit of Mercury" could also refer to any smaller object passing in front of Mercury, instead of Mercury passing in front of Sol. I think leaving the article as "Mercury transit" (i.e. a Mercury transit of Sol and not a Solar transit of Mercury) is less ambiguous, which is my preference.
901:
Ganymede (a syzygy with another
Galilean moon would be an eclipse and not a transit due to their similar angular sizes) but again such a phenomenon would be extremely rare (and require a very large aperture to resolve, likely with a space telescope). Saying "transit of Ganymede" or "transit of Mercury" is technically ambiguous but only when referring to all possible use-cases of the term (requiring disambiguation or clarification within the article if using an ambiguous title that could refer to other events).
31:
844:, show that the common meaning of "Transit of X" is that an object (Mars or Venus) passes between the Sun and the Earth. Unless otherwise specified, it is understood that a transit means an observer on Earth sees a black dot move across the Sun. I believe there are two editors favoring "Transit of Mercury" with one for "Mercury transit" so I will restore the original title if there is no further objection (or someone else might like to do it). As a contested move,
471:-22739/07/10 - 0.27003 (first transit of this 217 years series) After 4 x 217 years = 868 years -21871/07/14 - 0.25833 From now after each 10 x 217 years = 2170 years -19701/07/24 - 0.23217 -17531/08/03 - 0.20926 -15361/08/13 - 0.19001 -13191/08/23 - 0.17436 -11021/09/02 - 0.16312 -8851/09/12 - 0.15789 -6681/09/23 - 0.15941 -4511/10/02 - 0.17031 -2341/10/13 - 0.19115 -171/10/23 - 0.22304 1999/11/15 - 0.26750 (last transit of this 217 years series)
786:", which is: "The passage of one object in front of another of larger apparent diameter, such as Mercury or Venus in front of the Sun…. Mercury and Venus transit the Sun…." "Mercury transit of Sol" is unambiguous with regard to which object is in transit, whereas "transit of Mercury" is ambiguous and can refer to either Mercury transiting Sol or to another object such as an asteroid or satellite transiting Mercury.
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theoretically possible to observe a transit of
Mercury, but a transit of Mercury can only occur when an object much smaller in angular size than Mercury (such as an asteroid or a satellite) passes in front of (transits) Mercury, making the likelihood of such an observation extremely rare (and difficult).
513:
Date Sunrad Max. # of 217-yearsseries ... ... ... ... 1776-11-02 21:35 0.2690 0.2626 39 1782-11-12 15:07 0.2696 0.2622 1 1786-05-04 05:31 0.2641 0.1919 18 1789-11-05 15:07 0.2692 0.1227 29 1799-05-07 12:43 0.2639 0.0939
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At the nowadays
November transits at the ascending node of the orbit of Mercury: If a new 217 year series has began, the next 217 year series will begin after .x217 years - 46 years. At the nowadays May transits at the descending node of the orbit of Mercury: If a new 217 year series has began,
505:
and then click in the
Transit Index Table on 40540, you get then this table below. But unfortunately in this table non-central transits such in 1937 and 2608 (2608 is the last one of the 217-yearsseries #20) are NOT listed! Please note: after the year -1 follows the year 1 in this long table! But on
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Because both nodes are turning forward and backwards in direction in time, a 217 years series can last about 50,000 years! For example the 217 years series of which the november transit of 1914/11/07 is a member of it, began on -35410/05/06 and will end on 14284/04/05. But from -50,000 till +50,000
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Before about the year -9000 the forward motion of the ascending node of the orbit of
Mercury as seen from the Earth was changed in a backwards motion and this means that then after each 217 year the chords of the transits of Mercury on the solar disc moved Southwards instead of Northwards (which it
447:
The solar radius is about 0.2700 during each transit and always
Mercury will pass South of the midpoint of the solar disc. From -50,000 till +50,000 there will be about +42,000 a second 'turningpoint' of the Marcury transits at the descending node and from then it will moves backwards again just as
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not before the pairs 155 (the re-begin of the 217 years series #4) - 175 and 372 - 392 (the re-end of the 217 years series #22)(2x), and then followed by 1937 (the re-begin of the 217 years series #2) - 1957 till 2588 - 2608 (the re-end of the 217 years series #20)(4x), and then followed by 3936
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overwhelmingly are not transited themselves by other objects. For example, it is theoretically possible for
Ganymede to transit Saturn instead of Jupiter, but such a phenomenon would be extremely rare. Likewise, it is theoretically possible for an asteroid or non-Galilean Jovian moon to transit
443:
1937/05/11 - 0.26544 (first transit of this 217 years series) 4107/06/05 - 0.20290 6277/06/29 - 0.15319 8447/07/24 - 0.11838 10617/08/18 - 0.09853 12787/09/13 - 0.09382 14957/10/08 - 0.10249 17127/11/03 - 0.12260 19297/11/27 - 0.15251 21467/12/25 - 0.18880 23638/01/19 - 0.22914 25591/02/12 -
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After about the year +12,000 the backwards motion of the descending node of the orbit of
Mercury as seen from the Earth will change in a forward motion and this means that then after each 217 year the chords of the transits of Mercury on the solar disc will move Southwards instead of Northwards
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A "Mercury transit of Sol" is when
Mercury transits Sol. Whereas a "Solar transit of Mercury" is impossible. When Sol (or Luna) passes in front of Mercury, it is a Solar (or Lunar) occultation of Mercury instead since Sol and Luna have a much larger angular size than Mercury does. It is
895:
The nomenclature "transit of X" to refer to an object X transiting object Y is ambiguous and inaccurate, even if commonly used. The only reason that such nomenclature can avoid ambiguity is when used for specific objects that overwhelmingly only transit a specific other object
608:- thank you for citing the table. There appears to be some inconsistencies. For 1605, the three values cited correspond to "II", "Greatest" and "III" columns. For 2032, the three values cited correspond to "I", "Greatest" and "IV" columns. Which should be used, II/III or I/IV?
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sources that we rely on. While the phrase "Mercury transit" often appears in the literature it is rarely used as a title for the general subject. The recent name change was arbitrary and has consequences beyond what appears at the top of this articles. We would have to rename
667:
Given that the columns are labeled Start and End I would say that the I/IV times are more appropriate, esp. given that the NASA source defines I as "transit begins" and IV as "transit ends". That's what the average person would
539:(the re-begin of the 217 years series #0) - 3956 till 6106 - 6126 (the re-end of the 217 years series #18)(11x) and then followed from the pair 6152 (the re-begin of the 217 years series #-2) - 6172 till far after 12,000.
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I entered an item twice then mistakenly deleted someone else's comment instead of my repeated entry. Now I cant find that deleted item to reinstate it, as there appears to be no history section for discussion items. Sorry.
455:
Please note: The pair of May transits 1937/05/11 - 1957/05/06 which ends in 2588/05/17 - 2608/05/13 (217 years series #20 will then end) returns in 14740/10/05 - 14760/10/01 (217 years series #20 will then restart).
782:(2012) states "Transits of Mercury are more common than those of Venus. Forthcoming transits of Mercury are on…. The next transit of Venus is on…." However, this is in contrast to the primary definition of "
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326:"November transits occur at intervals of 7, 13, or 33 years ; May transits only occur at intervals of 13 or 33 years. The last three transits occurred in 1999, 2003 and 2006 ; the next will occur in 2016."
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The intervals are from one
November transit to the next November transit, or from one May transit to the next May transit. Since you're measuring the time between one November transit and the next
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The common usage is "transit of Mercury" with the subsequent "across the Sun" being both implicit and rather obvious. A transit of the Sun across Mercury is called an occultation.
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In response to the ITN nomination, I've gone through the article and added {{cn}} tags. I count 36 of them now, in virtually every section. Someone interested will have to fix it.
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Please note: before 1582 the Julian Calendar is used! The solar radius is about 0.2700 during each transit and always Mercury will pass North of the midpoint of the solar disc.
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Last transit Nov 2006. Next transit May 2016. That is 9.5 years. Therefore why does article state transits only occur every 7, 13 or 33 years - or are the dates wrong?
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showed 373,173 BC which was very confusing it could mean both the years 373 and 173 BC. The macro {{{formatnum}}} issues wrong results as it does not observe
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923:.) Presumably that's the case here, since transits have been reported for centuries. Knowledge (XXG) isn't here to correct that; just to report it. Hence,
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This page should be renamed as "Mercury transit" and not as "transit of Mercury". This is an event when Mercury transits Sol, not the other way around.
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on November 7, 1631. Transits of Mercury take place in May or November, at intervals of 7, 13, or 33 years, with the next one scheduled to appear in
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In scientific papers the term "transit of Mercury" is used much more frequently than "Mercury transit", but they are both technically correct.
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For example 217 years series #2: Please note: only each tenth transit of this series is listed, thus after each 10 x 217 years = 2170 years.
985:
Transit of Mercury (and Transit of Venus) is by far the most common title used in the astronomical literature as a full text search in the
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and extensively rewrite the text of articles mentioning the phenomena and also rename categories if this convention were adopted. --
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and so on. (b = (re)begin of a new 217 year-series Mercury-transits, e = the (re)end of an old 217 year-series Mercury-transits)
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234:. If this article needs any attention or maintenance, it would be preferable if that could be done before its appearance on the
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Because the 217 year timeperiod is very more accuracy than the wellknown 46 years timeperiod, you can add an extra column on
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there are NO more 'turningpoints' of the transits of Mercury at the ascending node as seen from the Earth. Source:
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appears as a black speck in the Sun's lower center-right region; the black areas on the left and right edges are
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Astronomy has a fair amount of legacy terminology that isn't necessarily optimal usage or even logical. (E.g.
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which prescribe spaces rather than commas as thousands separator. More Knowledge (XXG) pages have this error.
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transit, the numbers won't come out right. I've reworded that sentence to make its intended meaning clearer.
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will show. There is absolutely no need to change the current title on Knowledge (XXG). Please revert it.
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47: 0x 47 - 9 (after 9e in 5939 - Jan. 1, follows (also) in the first next 217 jaar-cyclus 47b in 6149)
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has the correct procedure which I believe would point to "Transit of Mercury". I mentioned the issue at
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I changed the years of simultaneous Mercury and Venus transits. The numbers were mangled. The text
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Also, the label in the time column says UTC. The NASA site (and most modern ephemerides) use
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The number of the nowadays November-transits in 217 years is nowadays slowly decreasing:
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638:- as you are part of Wiki Solar System, can you advise me on the above issue? Thanks.
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The number of the nowadays May-transits in 217 years is nowadays slowly increasing:
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That's a good point. I once drove a chemist friend nuts by explaining astronomical
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You should propose specific changes to the article that you think need to be made.
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0.26797 (last transit of this 217 years series, after 9 instead of 10 x 217 years)
945:. He almost screamed when I told him that we consider oxygen to be a "metal." --
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https://en.wikipedia.org/search/?title=Transit_of_Mercury&oldid=726166700
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the next 217 year series will begin after .x217 years + 46 years.
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Transits of Mercury in the (far) past and also in the (far) future.
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Hello! This is a note to let the editors of this article know that
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https://eclipse.gsfc.nasa.gov/transit/catalog/MercuryCatalog.html
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I went ahead to move the page and fixed the double redirects.
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Transit of Mercury is the most commonly used title in academic
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in the banner shell. Please resolve this conflict if possible.
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This article has been given a rating which conflicts with the
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on November 7, 2011. You can view and edit the POTD blurb at
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Knowledge (XXG) level-5 vital articles in Physical sciences
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Transits that I have personally photographed include:
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Oxford Dictionary of Astronomy: Second Edition Revised
291:. The transit was first recorded by French astronomer
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Knowledge (XXG) vital articles in Physical sciences
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The last simultaneous transit occurred in 373173 BC
1066:C-Class articles with conflicting quality ratings
448:it nowadays does as seen from the Earth. Source:
238:so Knowledge (XXG) doesn't look bad. :) Thanks!
1061:Start-Class vital articles in Physical sciences
800:With regard to the definitions provided by the
417:Greetings of Nico from Gouda, the Netherlands.
279:across the face of the Sun that took place in
503:http://fourmilab.ch/documents/canon_transits/
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510:fortunately the transit of 1937 is listed.
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987:SAO/NASA Astrophysics Data System
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437:(which it nowadays does).
413:Hallo everyone. Read also
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