{ "id": "61d163fba2657a3bf4b7b543a09dabc75db6624f", "text": "parts with more and more Lymph daily.\n\n13. The great instrument of the circulation of the blood is the Systole, or vibration of the heart, which yet would not be sufficient from hindring the coagulation of the blood, without a continual supply of Lymph to dilute it.\n\nAn Exact Account of the Three late Conjunctions of Saturn and Jupiter, (within the space or less than seven months according to accurate Observations) viz. Octob. 14.82, &c. Together with an Account of what other Conjunctions of them there happened for more than 100 years last; beginning at the year 1563: And a Table Computed whereby to make an Estimate of what other Conjunctions have happened for the time past, or that will happen for the time to come. All by J. F. Astron. Reg. & R. S. S.\n\nWhilst the Common People have admired to see the two Superior Planets Saturn and Jupiter continue so near each other the whole year, and our Astrologers have affrighted them with fearful Predictions of direful events to succeed this appearance, the more\nmore Judicious are desirous to know how often and at what time their Conjunctions happen, that by comparing their Tables of these Planets Motions with the observed appearance, they may be the better able to correct them and render them more agreeable to the Heavens. Examineing our Ancient Ephemerides I do not find that Three Conjunctions of Saturn and Jupiter have ever happened in one years space, since they were first in use to this present. Those of Moletius Calculated from the Alphonseine Tables indeed make three in the space of Eight Months betwixt August 1563. and April 1564 inclusive. But the Ephemerides of Stadius Calculated from the Prutenick make onely one, on the 26 of August of which Juntinus gives us the following Observation in the Preface to his Astronomical Tables. Anno 1563. Augusti 24.hora 14. 30 post Meridiem Auranga, Jupiter à parte septentrionis conjurationis cooperiebat quasi Saturnum, qui erat à parte Meridionali, utraque autem horum Stellarum, in fine 28 gradus Cancri deprehendebatur, Riccioli hence concludes that the Planet Jupiter covered some part of Saturn at this time. But without reason, for the words quasi cooperiebat intimate not that the one did corporally cover the other, but rather that there was some small Interval betwixt them. The Caroline tables make the visible latitude of Saturne now 11' 45'', of Jupiter 20 10' both North, the Conjunction being some few dayes past: but because their latitudes alter slowly we may hence conclude the difference 8' 25'' to have been nearly their distance at that time, these Tables being grounded on the Tychonick observations made within less than 40 years after, and shewing the Latitudes of the Planets well at this time near 100 years later we may conclude to have answered them as well then; and if we consider how small a space the distance of 8 ½ minutes appear to the naked eye in the Heavens, especially betwixt two such bright Planets as Saturn and Jupiter are, that the Caroline distance agrees very well with the words of Juncti-\nTheir next Conjunction according to Maginus Ephemerides founded on the Prutenick numbers, was April 29, 1583, in 21 deg. of Σ, the Sun being then in 17 deg. of Φ so that the Planets rising before him in signes of short ascension and with South Latitude this congress could not be observed by the noble Tycho who was mindful of it as appears by this note in pag. 55. of his Historia Coelestis.\n\nMay 50 A.M. quo primum post Conjunctioem Saturnum vidimus, capte sunt distantie inter Jovem & Saturnum per Radium.\n\nhora b o\n1 47 3 24\n1 50 3 24\n\nThe same Ephemerides shew the next Conjunction of Saturn and Jupiter 1603. Dec. 14. at noone in 9° 36' of Σ but the Ingenious Kepler and our Sr. Christopher Heydon found it by observation seven days sooner, or the Seventh day of the same month in the Morning, in near Eight degrees of Σ the Planets being then but newly emerged from the Rays of the Sun.\n\nThe Ephemerides of the Learned Kepler Calculated from his own Rudolphine Tables make the next Conjunction 1623 betwixt the 7th and 8th of July, in 6° 45' of Ρ, the Planet Saturn being then only 4 minutes to the North of Jupiter, but this first Conjunction in the fiery Trigon hapning under the Suns beams was not observable.\n\nBy the same Tables, and Ephemerides of Eichstade Calculated from them, these Planets met again in the 25th degree of Σ, betwixt the 15th and 16th of Feb. 1643, with a degree difference of Latitude.\n\nBy the joint content of Eichstades and our Wings Ephemerides the same Planets were in Conjunction again 1663 on the 10th of October at Noone in 13° 30' of Σ with one degree difference of Latitude, this Conjunction was observeable.\nserving after Sun-set in our Latitude, but I hear not that any one observed it.\n\nIn every of these years there happened only one Conjunction of the two Superiors, nor is it possible that there should be more except the Heliocentric Conjunction fall near the Opposition of the Sun; for then there may be Three, Two Direct, and One Retrograde, as has been within the space of seven Months, betwixt October and May last inclusive, of which the true times are determined from the following Observations.\n\n| Year | Month | Day | Time | Description |\n|------|-------|-----|------|-------------|\n| 1682 | Octob. | 5 | 17h 51m | Betwixt the Centers of Sat. & Jup. rep. 34 48' |\n| | | | 54 | |\n| | | 12 | 13h 49m | Betwixt their Centers rep. 16 04' |\n| | | | 54 | |\n| | | 14 | 03 | Betwixt their next limbs 15 22' |\n| | | 17 | 14 | Betwixt their Centers 20 09' |\n| | | | 17 | rep. 20 12' |\n| | | | 21 | again 20 14' |\n| | | 25 | | Betwixt their next limbs 19 44' |\n| | | 14 | 33 | Betwixt their remoter limbs 20 37' |\n| | | 15 | 09 | Saturn from the heel of Castor 48 32 25' |\n| | | | 14 | Jupiter from the same Star 48 45 05' |\n| | | | 17 | rep. 48 45 20' |\n| | | 20 | | Saturn from the same Star again 48 32 20' |\n| | | 50 | | Betwixt their Centers again 20 30' |\n| | | 19 | 15 | Betwixt their remote limbs 26 02' |\n| | | | 45 | Their Centers 25 37' |\n| | | | 47 | Their next limbs 25 11' |\n| | | 22 | 18 | Betwixt their Centers 33 19' |\n| | | | 29 | rep. 33 26' |\n\nKk 2\nThe distances betwixt the Planets were measured with the Micrometer and sixteen foot Glass, from the fixed Stars with the Sextant: those of the twelfth day by my assistant, myself being then very ill of the Stone, the rest by myself. I took no distances on the seventeenth day for determining their Latitudes not being well able to abide longer in the cold Air: these if requisite may be borrowed for present use from the Caroline tables, which by continual observations and experience I find not very much erroneous in the Latitudes of the Planets.\n\nOn the 22 day the Planet Jupiter was in consequence of Saturn something less distant from him than he had been observed on the first day near the same hour. Hence the middle time betwixt these observations is pointed out for the time of their true Conjunction, but to determine it more accurately I shall examine the observations made with the Sextant on the seventeenth day which being nearest the time are most proper for this purpose.\n\nThe correct Longitude of the Heel of Castor is now $3^\\circ 50' 42''$ its Latitude $51' 40''$ South. The Latitude of Saturn by the Caroline tables $56' 20''$ of Jupiter $41' 30''$ both North.\n\nBy the assumed Latitude of Saturn $56' 20''$ and his distance from the Heel of Castor observed and corrected $48' 32' 30''$. I find their difference of Longitude $48^\\circ 30' 37''$ therefore Saturn in Leo $19^\\circ 21' 19''$.\n\nBy the Latitude of Jupiter assumed $41' 30''$ and his distance from the Star $48^\\circ 45' 20''$: their difference of Longitude $48^\\circ 43' 56''$ and Jupiter's place in Leo, $19^\\circ 34' 39''$.\n\nHence Jupiter's place in Consequence of Saturns $13' 20''$ with which and the distance of their centers observed the same night $20' 12''$, I find the true difference of their Latitudes $15' 20''$ but half a Minute different from what I assumed it on the Authority of the Tables.\n\nThe apparent motion of Jupiter from the fourteenth to\nthe eighteenth day of October by an Ephemeris exactly calculated and made agreeable to these observations is $29'16''$, of Saturn $15'01''$ both direct, hence the motion of Jupiter from Saturn in four days is $14'15''$. I say therefore as four days motion or $14'15''$ is to four days or 96 hours, so is $13'20''$, which Jupiter is past the Conjunction of Saturn; to ninety hours or three days eighteen hours, the Time interlapsed since the Conjunction, which taken from the seventeenth day fifteen hours, the time of my observation gives the true time of the Conjunction of the two Planets on the thirteenth day One and Twenty hours after Noon or according to the common account, the fourteenth day at Nine a Clock in the Morning.\n\nAt which time Saturn is with Jupiter in $19^\\circ0'7\\frac{1}{2}$ of Leo with $15'\\frac{1}{2}$ more Northern Latitude.\n\nThe Acta Eruditorum Lipsiensia Pag. 366 make this Conjunction to have happened the same day in the same Longitude with the Eleventh Star of Leo; whose place they State in Leo $19^\\circ04'$ Latitude $6'16''$ North, with fourteen Minutes difference of Latitudes betwixt the two Planets. But their observation seems to have been made onely by the judgment of the bare eye, without an Instrument, which considered, I wonder not that it differs at all, but rather that the difference is so small from this determination.\n\n1683.\n\nOn the Nineteenth of January following viewing the Planets then both retrograde with the sixteen foot Glass I found them approached within a measurable distance of each other, that Evening I measured.\n\n| Jan. 19. | h | min |\n|---------|---|-----|\n| 6 | 41 | 33 28 |\n| | 45 | 33 24 |\n| | 49 | 33 52 |\n\nJan.\nJanuary the 26 both the Planets being in \\(9^\\circ\\) to the Sun\n\n| Date | Event Description | Measurement |\n|------|-------------------|-------------|\n| 26 | 6.03 betwixt their Centers | rep. 15° 06' |\n| | 7 | |\n| 7 | Betwixt their remote limbs | rep. 15° 35' |\n| 8 | By T. Smith | rep. 15° 29' |\n| 12 | Betwixt their Centers | rep. 15° 05' |\n| 14 | | rep. 15° 02' |\n| 17 | Betwixt their next limbs | rep. 14° 29' |\n| 20 | | rep. 14° 31' |\n| 21 | | again 14° 26' |\n| 9 | Jupiter from the heel of Castor | 46° 18' 10\" |\n| 26 | | rep. 46° 18' 05\" |\n| 28 | Saturn from the said heel | 46° 08' 50\" |\n| 30 | | rep. 46° 08' 55\" |\n| 37 | Jupiter from the bright Star of the Lions Head | 8° 42' 05\" |\n| 39 | | rep. 8° 42' 05\" |\n| 40 | Saturn from the same Star | 8° 29' 35\" |\n| 42 | | rep. 8° 29' 40\" |\n| 48 | Jupiter from the Lions Heart | 8° 18' 00\" |\n| 50 | | rep. 8° 17' 55\" |\n| 52 | Saturn from the same | 8° 29' 35\" |\n| 54 | | rep. 8° 29' 35\" |\n| 59 | The Lions Heart from E in the Head | 12° 58' 50\" |\n| 10 | The heel of Castor from the Lions Heart | 34° 34' 20\" |\n| 8 | The heel of Castor from E S | 46° 24' 45\" |\n\nWhich last Three Distances are exactly the same I had measured them on the 24. at night.\n\n| Date | Event Description | Measurement |\n|------|-------------------|-------------|\n| Jan. 30. | 5. 28 Betwixt their Centers | 11° 36' |\n| | 30 | rep. 11° 33' |\n| 34 | Betwixt their remote limbs | 11° 58' |\n| 36 | | rep. 12° 01' |\n| 38 | Betwixt their next limbs | 11° 01' |\n| 5. | 41 | rep. 11° 00' |\n\nFeb. 7. 7. 37 betwixt their Centers | 28° 35' |\n| 40 | | rep. 28° 34' |\n\nThe\nThe distances of the two Planets from each other as also from the fixed Stars were taken at other intermediate times betwixt these, as often as the Clouds and ill weather of the season would permit, but I transcribe them nor, esteeming these sufficient for my purpose, which is to show the true times of their apparent Conjunctions with their visible places then.\n\nFrom observations formerly made, I have determined the true places and Latitudes to this present time of\n\n| | | |\n|----------------|-----|-----|\n| The Heel of Castor. | 51° 10' | 51° 40' South. |\n| Bright * in the Lions head. & Leo 16° 15' 27\" | 9° 41' 07\" North. |\n| Lions Heart. | Leo 25° 24' 45\" | 0° 26' 20\" North. |\n\nAnd from the above recited Measures, the true distances of the Planets from these Stars January the 26th. at 5h 40' p.m. as follows.\n\n| | |\n|----------------|-----|\n| Saturn from the Heel of Castor. | 46° 09' 00\" |\n| Jupiter from the same. | 46° 18' 10\" |\n| Saturn from the Lions Heart. | 8° 29' 40\" |\n| Jupiter from the same. | 8° 18' 00\" |\n| Saturn from the bright * in the Lions head. & E | 8° 29' 40\" |\n| Jupiter from the same | 8° 42' 10\" |\n\nWhence I collect the true places at this time.\n\n| | |\n|----------------|-----|\n| Of Saturn. | Leo 16° 57' 10\". Latitude. 1° 13' 10\". |\n| Of Jupiter. | Leo 17° 07' 10\". Latitude. 1° 01' 30\". |\n| Difference of Longitude. | 10° 00\". of Latitudes. 1° 40\". |\n\nThe Retrograde motion of Jupiter from Saturn in four days, betwixt the twenty sixth and thirteenth of this Month, by my correct Ephemeris is 12° 15' 1\" If say therefore as 12° 15' 1\" is to four days or 96 hours; so is 10° 00\" the difference of the Planets present Longitudes to 78 hours or three days six hours, which therefore added to the time of that observation January the 26th 9h gives the true time of the Con-\nJan 29. 16. hours after noon or according to the common account January the 30. at Four a Clock in the Morning\n\nAt which time both the Planets are in N 16. 41. \\(^\\circ\\) with 11 \\(^\\circ\\) min. difference of Latitude or Distance from each other. Which is further confirmed by the measured distances of the Planets on the 30 at night before recited.\n\nOn the 26. day at 9\\(^{th}\\) 40\\(^{th}\\) the suns true place was by my Tables in \\(^\\circ\\) 17° 21' \\(^\\circ\\) so that He was now about \\(^\\circ\\) of a degree past their opposition.\n\nTowards the latter end of the following April the Planet Jupiter began to approach Saturn again both being now direct; the Twenty Eighth at night with the Sixteen foot glass and micrometer I measured the distances\n\n| Date | Measurement |\n|----------|-------------|\n| April 28. | |\n| 10 | Betwixt their Centers | 0° 32' 35\" |\n| 23 | rep. | 32° 33\" |\n| 24 | Betwixt their next limbs | 32° 04\" |\n| 26 | rep. | 32° 02\" |\n| 10 | 29 Betwixt their remote limbs | 33° 22\" |\n\nThis last not accurate, Clouds interposing\n\nMay 7 | |\n|----------|-------------|\n| 8 | 59 Jupiter from the Lions Heart | 10° 59' 00\" |\n| 9 | rep. | 10° 59' 00\" |\n| 3½ | Saturn from the Lions heart | 10° 58' 50\" |\n| 5 | rep. | 10° 58' 50\" |\n| 11 | Jupiter from E in the Lions head | 8° 55' 35\" |\n| 15 | rep. | 8° 55' 40\" |\n| 17 | Saturn from the same Star | 8° 39' 40\" |\n| 18 | rep. | 8° 39' 40\" |\n\nWith the Micrometer\n\n| Date | Measurement |\n|----------|-------------|\n| 30 | Betwixt their Centers | 15° 38\" |\n| 33 | rep. | 15° 37\" |\n| 35 | Betwixt their next limbs | 15° 03\" |\n| 36 | rep. | 15° 00\" |\n| 40 | Betwixt their remote limbs | 16° 02\" |\n| 42 | rep. | 15° 58\" |\n\nWith the Sextant again\n\n| Date | Measurement |\n|----------|-------------|\n| 10 | 29 Jupiter from B in M | 38° 11' 45\" |\n| | | 23 |\nFrom these Observations I state the Distances of the Planets from the fixed Stars May the Seventh at 9° 5' P. M. as follows.\n\nSaturn from the Lyons heart 10° 58' 50\"\nJupiter from the same 10° 59' 60\"\nSaturn from 1° in the Lyons head 8° 39' 40\"\nJupiter from the same 8° 55' 35\"\n\nHence the true Longitude of Saturn 14° 27' 42\" Lat. 1° 12' 46\" North\nof Jupiter 14° 26' 37\" Lat. 0° 56' 43\" North\n\nDifference of Longitude 1° 04' Lat. 16° 03'\n\nThe Difference of Latitudes something exceeds the Distance measured with the Micrometer, by reason that the Wind then shaking the Sextant permitted us not to be so exact as usually, but the difference, being less than half a minute, I esteem inconsiderable.\n\nThe diurnal motion of Jupiter from Saturn was now 3° 15\", it holds therefore as 3° 15\" one days motion, is: to one day or Twenty Four hours: so 1° 04\" the Distance of Jupiter from the 8 with Saturn to Eight hours, the interval betwixt the observation and following Conjunction, which was therefore 17° after Noon, or according to the vulgar reckoning, May the Eighth at Five a Clock in the Morning.\n\nAt which time the true place of the Planets is 14° 28' 1° the difference of their Latitudes 15° 40\" Saturn being so much more Northerly than Jupiter.\n\nIn all or best esteemed Astronomical Tables extant the mean motions of the Planet Saturn are too swift, or Jupiter too slow.\nconsiderably, hence it came to pass that they made the direct Conjunctions some days later, the Retrograde earlier than they were found by observation.\n\nArgolus gives the first Conjunction October the Twentieth at Noon, in \\( \\alpha \\) 19° 55' above six days later and 48 min. forwarder in the Ecliptick than it appeared. The second January the Nineteenth at Midnight in \\( \\alpha \\) 17° 56' above ten days earlier than it was observed, and 1° deg. short of its true place in the Ecliptick. The last Conjunction he hath May the Sixteenth in the Evening in \\( \\alpha \\) 13° 35' Nine days later than it really was, and in above 1° deg. less Longitude.\n\nBy Kepler's Rudolphine Tables January 26\n\n| Place | Latitude |\n|----------------|----------|\n| Saturn | \\( \\alpha \\) 17° 21' 10'' his Latitude 1° 11' 18'' N |\n| but was observed | \\( \\alpha \\) 16° 57' 10'' his Latitude 1° 13' 10'' |\n| Difference | 24° 00' 1° 52' |\n\nThe place of Jupiter \\( \\alpha \\) 16° 51' 29'' Latitude 1° 04' 28'' observed \\( \\alpha \\) 17° 07' 10'' 1° 01' 30'' Difference 15° 41' 2° 58'\n\nThe Errors of the Caroline and British Tables of our Countrymen are somewhat less than these, but other Tables generally differ more, as those that are desirous to be informed will find by comparing their own Calculations with the Observations before recited.\n\nRiccioli in the Second part of the first Tome of his Almagest, has given us a Table of all the mean Conjunctions of the Two Superiors from the Creation to the year of Christ 2358. but very Coarse and incorrect. I have therefore made a New one for 43 Revolutions which are Compleated 853 Julian Years, and 235 days from their correct mean Motions. This being the Period of the greatest Conjunctions after which space of time they return to the same place of the Zodiack within \\( \\frac{1}{2} \\) of a degree.\n\nThe Ordinary Conjunctions happen once in Twenty Years or more precisely in 19. Julian Years and 312. days, in which time\ntime Saturn's mean motion is $8^\\circ 02' 48''$, Jupiter's the same above one Revolution.\n\nThese are commonly termed the Lesser of the great Conjunctions, which continue in Signs of the same Triplicity for 10 Revolutions to each other or 198 Years: each Conjunction according to the mean Motions being $8^\\circ 02' 48''$ removed from the Preceding, so that if any Conjunction was made upon the first point of $\\gamma$ the next following shall be in $10^\\circ 48'$ of $\\alpha$ and all the following for 198 years shall fall in $\\gamma$ and $\\alpha$, signs of the same Triplicity.\n\nBut the Eleventh Conjunction after shall happen in the first degree of $\\pi$ and the following ten Conjunctions in $\\gamma \\pi$ and $\\omega$, Signs of the same Triplicity. Of these the First is called by our Astrologers the Greater Conjunction.\n\nBut the greatest is, when after 43 Conjunctions completed in 853 years 235 days, the mean Conjunctions having been made in all the signs return to that point of the Ecliptick from whence they began: tho I must confess had I been to name them I should have called those the Greatest which happen in the signs $\\gamma$ and $\\alpha$ because then the Planets rise highest, and are longest visible in our Horizon, as also being near their North Nodes, they approach nearest, and if they have any extraordinary influence (which Naboyd thinks either they have nor, or if they have, we understand not) it must according to their Axiomes be strongest.\n\nThose which happen in $\\gamma \\pi$ and $\\omega$ I should call the Greater or Middle, because the Planets being then near their South Nodes, may approach each other again very nearly tho they rise not high in our Horizon, being in Southern signs; the rest might be accounted the Lesser or Ordinary.\n\nThe mean Conjunction of Saturn and Jupiter this year 1683. was on the Fourteenth day of January old style at 12 hours after Noon in the Meridian of London, at which time the mean motions of both the Planets were $4^\\circ 11' 45''$.\nthis may be the Radix for the Following Table.\n\nBy which to find the time of any mean Conjunction past or future nearest to any place of the Zodiac For times past, subtract the Longitude of the given place from the Longitude of the Radix $4^\\circ 11' 45''$ the residue seek in the last Column of the Table; if you find not the precise number take the next to it, against this you have in the second Column the years and days, and in the first the number of Conjunctions past since any was made in that place. Subtract the years and days from 1683 January the Fourteenth and the motion from $4^\\circ 11' 15''$ so have you the true time of the mean Conjunction, and Longitudes of the Planets then.\n\nBut For Times to come Subtract the Radix from the given place; seek the Residue as before in the last Column; if you find it not, take that you find nearest its against which, as before, you have in the second Column, the years and days; in the first, the Revolutions future, for Example.\n\nIf it were required to know when the last Conjunction in the first degree of $=$ Subtracting $=$ or Ten signs from $4^\\circ 11' 15''$ the residue is $6^\\circ 11' 15''$ which seeking I cannot find in the Third Column of the Table, but I find $6^\\circ 12' 56''$ which is not two degrees more, and against them $516$ years $57$ days, and in the first Column $26$, for the number of Conjunctions interlapsed. Subtracting $516$ years $57$ days from 1683 Jan. 14, there remains $1166$ years $322$ days, which shews me that the Conjunction was in the year $1166$ Nov. 13, and Subtracting the motion $5^\\circ 12' 56''$ from $4^\\circ 11' 45''$ it points me to the place in $9^\\circ 28' 49''$.\n\nOr if the time of the first Conjunction in $=$ to come were demanded. I subtract the Radix $4^\\circ 11' 45''$ from Six Signs the residue $1^\\circ 17' 15''$. I seek in the Table but find it not, I take therefore the next to it $1^\\circ 20' 29''$ the next to it against which stands $357$ years $124$ days these added to 1683 January 14 give me the year $2040$ and $133$ days May the $13$ for the time of this Conjunction and adding the\nthe \\(1^\\circ 20' 29''\\) to the Radix \\(4^\\circ 11' 45''\\) it makes \\(6^\\circ 02' 14''\\)\nfor the true mean Longitude of this Conjunction.\n\nFrom the mean Conjunction the Apparent may be found\nby the help of Planetary Instrument, or the usual Astro-\nnomical Tables; but the method I leave to the Judg-\nment of the Skilful Artist, onely advising him that in\nstateing these Conjunctions I have not made use of any\nextant Tables, but of such Numbers as I have corrected\nby very late Observations compared with the Ancient.\n\nJ. F.\n\nThe observatory\nJuly 25.\n1683.\n\nA Table\nA Table of the mean Conjunctions of Saturn and Jupiter with their Intervals in time and Motion.\n\n| Intervals | Revolutions complete | Years | days | Motion |\n|-----------|----------------------|-------|------|--------|\n| | | | | |\n| 1 | | 19 | 312 | 6. 02. 48 |\n| 2 | | 39 | 258 | 4. 05. 37 |\n| 3 | | 59 | 204 | 0. 08. 25 |\n| 4 | | 79 | 150 | 6. 11. 13 |\n| 5 | | 99 | 096 | 4. 14. 01 |\n| 6 | | 119 | 42 | 0. 16. 50 |\n| 7 | | 138 | 35 | 3. 19. 38 |\n| 8 | | 158 | 299 | 4. 22. 26 |\n| 9 | | 178 | 245 | 0. 25. 15 |\n| 10 | | 198 | 191 | 3. 28. 03 |\n| 11 | | 218 | 137 | 5. 00. 51 |\n| 12 | | 238 | 83 | 1. 03. 40 |\n| 13 | | 258 | 299 | 0. 06. 28 |\n| 14 | | 277 | 346 | 5. 09. 16 |\n| 15 | | 297 | 286 | 1. 12. 04 |\n| 16 | | 317 | 229 | 9. 14. 53 |\n| 17 | | 337 | 178 | 1. 17. 41 |\n| 18 | | 357 | 124 | 0. 20. 29 |\n| 19 | | 377 | 70 | 2. 23. 18 |\n| 20 | | 397 | 16 | 5. 26. 06 |\n| 21 | | 416 | 347 | 1. 28. 54 |\n| 22 | | 436 | 273 | 10. 01. 43 |\n| 23 | | 456 | 21 | 5. 04. 31 |\n| 24 | | 476 | 16 | 7. 10. 10 |\n\n| Intervals | Revolutions complete | Years | days | Motion |\n|-----------|----------------------|-------|------|--------|\n| | | | | |\n| 25 | | 496 | 111 | 0. 10. 08 |\n| 26 | | 516 | 57 | 0. 12. 56 |\n| 27 | | 536 | 3 | 2. 15. 44 |\n| 28 | | 555 | 315 | 10. 18. 32 |\n| 29 | | 575 | 261 | 6. 21. 21 |\n| 30 | | 595 | 207 | 2. 24. 09 |\n| 31 | | 615 | 155 | 10. 26. 57 |\n| 32 | | 635 | 99 | 6. 29. 45 |\n| 33 | | 55 | 45 | 3. 02. 34 |\n| 34 | | 674 | 35 | 1. 05. 22 |\n| 35 | | 694 | 32 | 7. 08. 16 |\n| 36 | | 714 | 24 | 10. 59 |\n| 37 | | 734 | 194 | 11. 13. 47 |\n| 38 | | 754 | 14 | 7. 16. 35 |\n| 39 | | 774 | 86 | 3. 19. 24 |\n| 40 | | 794 | 3 | 1. 22. 12 |\n| 41 | | 813 | 34 | 7. 25. 00 |\n| 42 | | 833 | 289 | 3. 27. 49 |\n| 43 | | 853 | 235 | 0. 00. 37 |", "source": "olmocr", "added": "2026-01-12", "created": "2026-01-12", "metadata": { "Source-File": "/home/jic823/projects/def-jic823/royalsociety/pdfs/102244.pdf", "olmocr-version": "0.3.4", "pdf-total-pages": 16, "total-input-tokens": 24122, "total-output-tokens": 9246, "total-fallback-pages": 0 }, "attributes": { "pdf_page_numbers": [ [ 0, 0, 1 ], [ 0, 1018, 2 ], [ 1018, 3054, 3 ], [ 3054, 4705, 4 ], [ 4705, 6504, 5 ], [ 6504, 8448, 6 ], [ 8448, 10152, 7 ], [ 10152, 12076, 8 ], [ 12076, 13944, 9 ], [ 13944, 16006, 10 ], [ 16006, 17379, 11 ], [ 17379, 19349, 12 ], [ 19349, 21350, 13 ], [ 21350, 23457, 14 ], [ 23457, 24023, 15 ], [ 24023, 27239, 16 ] ], "primary_language": [ "en", "en", "en", "en", "en", "en", "en", "en", "en", "en", "en", "en", "en", "en", "en", "en" ], "is_rotation_valid": [ true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true ], "rotation_correction": [ 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0 ], "is_table": [ false, false, false, false, true, false, false, false, false, false, false, false, false, false, false, true ], "is_diagram": [ false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false ] }, "jstor_metadata": { "identifier": "jstor-102244", "title": "An Exact Account of the Three Late Conjunctions of Saturn and Jupiter, (within the Space or Less than Seven Months according to Accurate Observations) viz. Octob. 14. 82, &c. Together with an Account of what Other Conjunctions of Them There Happened for More Than 100: Years Last; Beginning at the Year 1563: And a Table Computed Whereby to Make an Estimate of what Other Conjnnctions Have Happened for the Time Past, or That Will Happen for the Time to Come. All by J. F. Astron. Reg. et R. S. S.", "authors": "J. F. Astron", "year": 1683, "volume": "13", "journal": "Philosophical Transactions (1683-1775)", "page_count": 16, "jstor_url": "https://www.jstor.org/stable/102244" } }