Mo 04 14:47:35 13TA33 08SG40 01TA42 11GE55 18AR40 19CN20 09AR29 00GE26 03AR21 05AQ30 05PI39 We 29 14:27:52 08TA42 07LI49 22AR18 05GE52 14AR50 18CN38 08AR55 00GE10 03AR12 05AQ30 05PI55 Fr 27 10:27:22 08PI24 11CN05 22PI31 20PI43 27AQ10 15CN20 01AR29 27TA41 00AR59 04AQ29 09PI09 Tu 10 11:10:44 19PI25 04SG09 14PI19 04AR25 05PI50 15CN05 02AR49 27TA57 01AR23 04AQ46 08PI34 Th 22 08:05:26 01AQ58 09PI19 02AQ11 05AQ37 28CP55 18CN34 27PI43 27TA32 29PI53 03AQ23 11PI03 Tu 23 18:04:43 01CN34 14LI14 24CN32 11LE03 25TA50 28CN28 13AR48 03GE18 04AR22 05AQ02 03PI01 We 17 17:41:03 25GE51 22CN32 20CN19 04LE08 21TA30 27CN13 13AR26 02GE58 04AR19 05AQ08 03PI20 distant from the Earth at its highest point in the sky four minutes earlier each night, gradually Pisces, it will be visible for much of the night, reaching its Th 09 19:07:48 16CN50 02TA01 23CN15 29LE12 07GE13 01LE53 14AR29 04GE06 04AR25 04AQ42 02PI10 Su 03 14:43:38 12TA35 26SC43 29AR46 10GE42 17AR54 19CN12 09AR22 00GE23 03AR20 05AQ30 05PI43 The exact position of Saturn at the moment the Earth passes through its ring plane will be: The coordinates above are given in J2000.0. Su 27 06:21:59 05CP13 16LE36 01CP57 18SC35 09VI10 26LE42 08AR10 02GE28 01AR41 04AQ12 23AQ06 highest point in the sky around midnight local time. Th 09 13:09:01 19AR09 05CP54 21PI58 11TA28 29PI22 16CN24 06AR32 29TA07 02AR30 05AQ20 06PI59 Su 18 07:49:40 27CP53 18CP26 25CP32 00AQ35 25CP48 19CN05 27PI22 27TA35 29PI48 03AQ15 11PI16 Tu 24 10:15:33 05PI23 28TA31 22PI08 16PI58 24AQ48 15CN28 01AR08 27TA38 00AR52 04AQ24 09PI19 to webmaster explaining your needs and we will try to fulfill reasonable wishes. Su 22 11:58:03 01AR22 10TA29 08PI34 19AR18 15PI17 15CN17 04AR18 28TA21 01AR50 05AQ02 07PI56 Begin typing the name of a town near to you, and then select the town from the list of options Su 10 15:11:14 19TA22 20AQ42 13TA55 19GE09 23AR14 20CN15 10AR08 00GE47 03AR32 05AQ30 05PI20 Su 08 09:12:28 19AQ13 02SC25 01PI50 26AQ57 12AQ13 16CN38 29PI21 27TA28 00AR21 03AQ55 10PI09 Sa 01 08:45:49 12AQ22 14PI57 06AQ23 27PI27 20CN28 11GE18 17PI25 23TA16 27PI58 02AQ03 29PI51 Su 02 08:49:46 13AQ23 29PI18 08AQ03 28PI14 20CN10 11GE17 17PI32 23TA16 28PI00 02AQ05 29PI48 Mo 03 08:53:42 14AQ24 13AR37 09AQ44 28PI60 19CN54 11GE17 17PI39 . Tu 16 17:37:07 24GE53 07CN27 19CN23 02LE58 20TA46 27CN01 13AR22 02GE55 04AR18 05AQ09 03PI23 Each ephemeris file covers one year and prints on six pages, with Lying in the constellation Tu 30 18:32:19 08CN15 08CP16 26CN15 19LE03 00GE51 29CN57 14AR09 03GE39 04AR24 04AQ54 02PI38, We 01 18:36:15 09CN12 20CP12 26CN12 20LE12 01GE33 00LE10 14AR11 03GE42 04AR25 04AQ52 02PI35 We 22 14:00:16 01TA53 04CN13 10AR21 27TA22 09AR27 17CN45 08AR06 29TA47 02AR58 05AQ27 06PI17 Sa 11 19:15:41 18CN44 00GE47 22CN02 01VI25 08GE37 02LE20 14AR32 04GE11 04AR25 04AQ40 02PI03 Su 26 20:14:49 03LE03 23SG11 16CN31 17VI45 18GE60 05LE38 14AR45 04GE48 04AR20 04AQ19 01PI16 Sa 26 06:18:02 04CP12 01LE44 00CP22 17SC38 08VI60 26LE45 08AR08 02GE30 01AR40 04AQ11 23AQ10 Th 21 15:54:36 29TA58 28CN19 07GE43 02CN20 01TA33 22CN04 11AR15 01GE25 03AR50 05AQ28 04PI45 Fr 13 03:28:30 20SC37 01CP45 05SC04 22LI53 24LE25 25LE36 08AR37 04GE13 01AR52 03AQ15 25AQ26 Th 19 11:46:13 28PI24 27PI38 08PI39 15AR35 12PI55 15CN11 03AR56 28TA15 01AR43 04AQ58 08PI06 Sa 04 12:49:18 14AR14 06SC02 16PI28 05TA20 25PI28 15CN59 05AR55 28TA54 02AR19 05AQ16 07PI15 Mo 09 03:12:44 16SC36 13SC14 07SC07 23LI23 22LE32 25LE13 08AR49 04GE22 01AR56 03AQ12 25AQ39 Su 05 18:52:01 13CN01 09PI06 25CN13 24LE43 04GE24 01LE01 14AR21 03GE54 04AR25 04AQ47 02PI22 see very few which are in shadow. Su 19 19:47:13 26CN22 27VI16 17CN23 10VI13 14GE11 04LE05 14AR42 04GE32 04AR23 04AQ29 01PI38 Tu 27 08:25:09 07AQ03 17TA32 10AQ43 11AQ54 02AQ49 17CN56 28PI10 27TA29 00AR01 03AQ32 10PI48 From Saturn Retrograde 1263Retrograde Tools & Calendars. The circumstances of this event were computed using the DE430 planetary ephemeris published by the Jet Propulsion Laboratory (JPL). Mo 17 21:41:33 24LE08 18LI27 13LE05 09LI59 03CN43 10LE29 14AR22 05GE26 04AR00 03AQ49 00PI06 opposition, when it lies opposite to the Sun in the sky. Th 18 17:44:60 26GE48 07LE15 21CN10 05LE17 22TA13 27CN26 13AR30 03GE01 04AR19 05AQ07 03PI16 Sa 05 22:56:28 12VI28 21GE22 20VI04 26LI15 15CN55 14LE32 13AR27 05GE41 03AR34 03AQ26 29AQ05 It will reach its highest point in the sky at 00:18, 58 above your southern horizon. feed. Fr 15 15:30:57 24TA11 28AR27 24TA41 25GE09 27AR02 21CN03 10AR39 01GE04 03AR40 05AQ29 05PI04 We 28 02:25:25 04SC35 29TA21 20SC00 28LI26 16LE35 23LE49 09AR33 04GE49 02AR11 03AQ06 26AQ17 Sa 14 03:32:27 21SC37 13CP34 05SC03 22LI52 24LE52 25LE42 08AR34 04GE10 01AR51 03AQ16 25AQ23 We 27 16:18:16 05GE45 17LI19 19GE59 09CN28 06TA03 23CN08 11AR48 01GE46 03AR58 05AQ25 04PI26 Th 12 03:24:34 19SC37 19SG50 05SC18 22LI57 23LE57 25LE31 08AR40 04GE15 01AR53 03AQ14 25AQ29 Tu 21 19:55:06 28CN17 22LI58 16CN43 12VI23 15GE34 04LE32 14AR43 04GE37 04AR22 04AQ26 01PI32 Th 07 14:59:25 16TA28 14CP17 07TA41 15GE32 20AR57 19CN47 09AR49 00GE37 03AR27 05AQ30 05PI30 If you require additional years for special purposes, please send an email Tu 03 08:52:45 14AQ09 28LE04 23AQ01 20AQ41 08AQ18 17CN08 28PI50 27TA28 00AR12 03AQ46 10PI25 Th 16 19:35:24 23CN30 15LE35 18CN53 06VI56 12GE06 03LE25 14AR39 04GE24 04AR24 04AQ33 01PI47 Last updated: 13 Nov 2022, 19:50 UTC We 13 15:23:04 22TA16 29PI57 20TA20 22GE45 25AR31 20CN43 10AR27 00GE57 03AR37 05AQ30 05PI11 Warning Never attempt to point a pair of binoculars or a telescope at an object close to the Sun. Tu 24 04:11:52 01SG42 23TA02 12SC33 24LI45 29LE12 26LE26 08AR11 03GE45 01AR43 03AQ25 24AQ51 Th 15 07:37:50 24CP50 12SG05 20CP38 26CP49 23CP29 19CN29 27PI08 27TA38 29PI44 03AQ09 11PI26 Th 17 23:43:47 24VI08 03SG41 10LI19 03SC56 23CN21 16LE58 12AR38 05GE41 03AR15 03AQ16 28AQ27 solar conjunction. Tu 31 12:33:32 10AR17 15VI33 12PI53 00TA25 22PI20 15CN43 05AR25 28TA43 02AR10 05AQ12 07PI27, We 01 12:37:29 11AR16 28VI28 13PI42 01TA38 23PI07 15CN47 05AR33 28TA46 02AR13 05AQ13 07PI24 Su 13 05:26:47 20SG59 03AQ53 10SG09 06SC14 05VI55 27LE01 07AR56 02GE58 01AR37 03AQ50 23AQ51 Mo 30 04:35:32 07SG47 21LE47 20SC36 27LI27 01VI34 26LE45 08AR02 03GE30 01AR40 03AQ32 24AQ32, Tu 01 04:39:28 08SG47 05VI34 22SC03 27LI60 01VI56 26LE47 08AR01 03GE28 01AR40 03AQ33 24AQ29 technically known as the Lunar Apogee. We 07 07:06:18 16CP41 03VI57 07CP55 16CP45 17CP18 20CN34 26PI33 27TA48 29PI36 02AQ54 11PI51 We 04 02:53:01 11SC35 08VI42 12SC58 24LI54 20LE07 24LE41 09AR06 04GE34 02AR02 03AQ09 25AQ55 Tu 13 07:29:57 22CP48 18SC22 17CP24 24CP18 21CP56 19CN45 26PI58 27TA40 29PI42 03AQ05 11PI32 Fr 10 19:11:44 17CN47 16TA13 22CN39 00VI18 07GE55 02LE06 14AR31 04GE08 04AR25 04AQ41 02PI07 Dominic We 18 03:48:13 25SC39 01PI22 06SC37 23LI10 26LE39 26LE02 08AR24 04GE00 01AR48 03AQ19 25AQ10 close to edge-on, if the Sun illuminates one side of the rings, while we see Mo 26 08:21:13 06AQ02 03TA26 08AQ60 10AQ39 02AQ02 18CN04 28PI04 27TA30 29PI59 03AQ30 10PI51 Su 13 23:28:00 20VI14 13LI23 03LI52 01SC41 20CN54 16LE10 12AR55 05GE42 03AR22 03AQ19 28AQ40 Th 12 11:18:38 21PI25 27SG56 12PI28 06AR54 07PI25 15CN05 03AR04 28TA01 01AR27 04AQ49 08PI28 Mo 14 05:30:43 21SG60 15AQ43 11SG41 07SC02 06VI13 27LE01 07AR56 02GE56 01AR37 03AQ51 23AQ48 Mo 09 11:06:48 18PI25 22SC13 15PI19 03AR10 05PI03 15CN06 02AR41 27TA56 01AR20 04AQ44 08PI37 Location: Sa 03 00:46:51 09LI48 02CN25 03SC17 08SC29 02LE51 19LE57 11AR25 05GE29 02AR49 03AQ06 27AQ36 Fr 09 01:10:31 15LI43 25VI27 10SC30 07SC51 06LE17 20LE59 10AR57 05GE22 02AR39 03AQ05 27AQ17 Su 12 19:19:37 19CN41 15GE41 21CN23 02VI32 09GE19 02LE33 14AR34 04GE14 04AR25 04AQ38 02PI00 We 22 19:59:03 29CN14 05SC20 16CN30 13VI28 16GE15 04LE45 14AR44 04GE39 04AR22 04AQ24 01PI28 For a few hours around the exact moment of opposition, it may be possible to and so its Th 02 12:41:25 12AR16 11LI11 14PI34 02TA52 23PI54 15CN51 05AR40 28TA48 02AR15 05AQ14 07PI21 Fr 29 16:26:09 07GE40 11SC39 23GE47 11CN51 07TA32 23CN30 11AR59 01GE53 04AR00 05AQ24 04PI20 Tu 15 05:34:40 23SG01 27AQ41 13SG14 07SC51 06VI29 27LE01 07AR57 02GE54 01AR37 03AQ53 23AQ45 Sa 12 23:24:04 19VI16 00LI04 02LI13 01SC04 20CN17 15LE58 12AR60 05GE42 03AR23 03AQ20 28AQ43 A comparison of the size of Saturn as seen at 2025 opposition and zero means that Saturn's rings appear close to edge on. planets on the sky). Su 15 11:30:27 24PI25 04AQ34 10PI14 10AR37 09PI46 15CN07 03AR26 28TA07 01AR34 04AQ53 08PI18 Su 20 05:54:23 28SG06 02TA01 20SG59 12SC07 07VI45 26LE57 08AR00 02GE42 01AR38 04AQ01 23AQ29 Sa 23 16:02:30 01GE54 26LE06 11GE56 04CN43 03TA03 22CN25 11AR26 01GE32 03AR52 05AQ27 04PI39 Su 08 03:08:47 15SC35 00SC42 08SC05 23LI36 22LE04 25LE07 08AR52 04GE25 01AR57 03AQ11 25AQ42 Sa 11 13:16:54 21AR07 00AQ02 24PI27 13TA55 00AR55 16CN34 06AR47 29TA13 02AR35 05AQ21 06PI52 Night mode. Th 24 06:10:09 02CP10 01CN17 27SG13 15SC45 08VI37 26LE50 08AR05 02GE34 01AR39 04AQ07 23AQ16 sky for a few months. We 08 13:05:05 18AR10 24SG01 20PI47 10TA15 28PI35 16CN18 06AR25 29TA05 02AR28 05AQ19 07PI02 We 26 22:17:02 02VI48 07AQ37 01VI04 18LI10 09CN34 12LE26 13AR60 05GE35 03AR49 03AQ37 29AQ37 Th 30 14:31:49 09TA40 20LI14 24AR07 07GE05 15AR36 18CN47 09AR02 00GE13 03AR14 05AQ30 05PI52, Fr 01 14:35:45 10TA39 02SC31 25AR58 08GE17 16AR22 18CN55 09AR09 00GE16 03AR16 05AQ30 05PI49 Mo 11 15:15:11 20TA20 03PI22 16TA02 20GE21 24AR00 20CN24 10AR14 00GE50 03AR34 05AQ30 05PI17 Tokyo (35.69N; 139.69E), Dominic We 16 05:38:37 24SG02 09PI50 14SG46 08SC40 06VI46 27LE01 07AR57 02GE51 01AR37 03AQ54 23AQ41 Sa 09 15:07:18 18TA24 08AQ22 11TA49 17GE57 22AR29 20CN05 10AR02 00GE43 03AR30 05AQ30 05PI23 Mo 28 06:25:55 06CP15 01VI03 03CP32 19SC33 09VI20 26LE40 08AR12 02GE26 01AR41 04AQ14 23AQ03 Mo 14 23:31:57 21VI13 26LI24 05LI31 02SC16 21CN31 16LE22 12AR51 05GE41 03AR20 03AQ18 28AQ37 Fr 17 13:40:34 26AR60 20AR14 02AR40 21TA16 05AR35 17CN10 07AR31 29TA31 02AR48 05AQ25 06PI33 Tu 19 15:46:43 28TA03 28GE53 03GE24 29GE57 00TA03 21CN43 11AR03 01GE18 03AR47 05AQ28 04PI52 and our We 09 05:11:01 16SG55 16SG30 04SG01 03SC11 04VI42 26LE60 07AR56 03GE08 01AR37 03AQ44 24AQ04 here. We 30 00:35:02 06LI51 19TA38 29LI21 08SC17 01LE06 19LE25 11AR39 05GE32 02AR54 03AQ08 27AQ46, Th 01 00:38:58 07LI50 03GE54 00SC41 08SC23 01LE41 19LE35 11AR35 05GE31 02AR52 03AQ07 27AQ43 Not drawn to scale. Astro-Seek.com Seek and meet people born on the same date as you . Mo 05 06:58:25 14CP39 06LE10 04CP48 14CP14 15CP45 20CN50 26PI25 27TA51 29PI34 02AQ50 11PI57 Sa 24 02:09:39 00SC36 02AR18 20SC58 00SC51 14LE30 23LE17 09AR49 04GE57 02AR16 03AQ05 26AQ30 Tu 14 19:27:30 21CN36 15CN53 20CN06 04VI44 10GE43 02LE59 14AR37 04GE19 04AR25 04AQ36 01PI54 Mo 29 18:28:22 07CN18 26SG22 26CN14 17LE55 00GE08 29CN44 14AR06 03GE36 04AR24 04AQ55 02PI41 Tu 06 00:58:41 12LI46 14LE33 07SC01 08SC21 04LE35 20LE28 11AR11 05GE26 02AR44 03AQ05 27AQ27 This event was automatically generated by searching the ephemeris for planetary alignments which are of interest to amateur astronomers, and the text above was generated based on an estimate of your location. Full-size ephemerides for 2025. Th 29 08:33:02 09AQ05 16GE19 14AQ12 14AQ25 04AQ23 17CN42 28PI21 27TA28 00AR04 03AQ36 10PI41 Swiss Ephemeris is a highly precise ephemeris toolbox available as source Th 05 10:51:02 14PI25 02LI43 19PI15 28PI12 01PI54 15CN09 02AR12 27TA49 01AR12 04AQ38 08PI50 Mo 02 02:45:08 09SC35 11LE28 15SC30 25LI46 19LE07 24LE27 09AR13 04GE38 02AR04 03AQ08 26AQ01 discern a marked brightening of Saturn's rings in comparison to the planet's disk, known as the Seeliger Effect. Saturn's rings will appear edge-on as viewed from the Earth. Fr 13 11:22:34 22PI25 09CP57 11PI38 08AR09 08PI12 15CN06 03AR11 28TA03 01AR29 04AQ50 08PI25 "Extended Chart Selection". Its celestial coordinates at the moment it passes opposition will be: The coordinates above are given in J2000.0. We 02 22:44:38 09VI34 09TA10 14VI34 23LI58 14CN02 13LE55 13AR37 05GE40 03AR39 03AQ30 29AQ15 Su 05 12:53:15 15AR13 18SC12 17PI29 06TA34 26PI15 16CN04 06AR03 28TA56 02AR21 05AQ17 07PI11 We are now at work on the 2022 edition with a submission date of February 1, 2022.We encourage students to submit their work. Su 21 17:56:50 29GE40 18VI41 23CN23 08LE45 24TA24 28CN03 13AR41 03GE11 04AR21 05AQ04 03PI07 Sa 29 22:28:52 05VI42 15PI27 06VI58 20LI43 11CN29 13LE04 13AR51 05GE38 03AR45 03AQ34 29AQ28 Saturn enters the sign of Pisces Saturn is in Pisces from March 7, 2023, to May 24, 2025, and then from September 1, 2025, until February 13, 2026. Sa 17 07:45:44 26CP52 06CP10 23CP53 29CP20 25CP02 19CN13 27PI17 27TA36 29PI47 03AQ13 11PI19 Th 22 02:01:46 28LI36 06PI01 20SC39 02SC04 13LE26 22LE60 09AR58 05GE01 02AR19 03AQ05 26AQ36 We 14 01:30:14 20LI40 29SC29 15SC36 06SC15 09LE05 21LE47 10AR34 05GE15 02AR31 03AQ04 27AQ02 Our privacy policy is Su 23 22:05:13 29LE54 01CP29 25LE04 15LI31 07CN38 11LE47 14AR08 05GE33 03AR53 03AQ41 29AQ47 solar conjunction. We 23 06:06:12 01CP09 16GE00 25SG39 14SC50 08VI25 26LE52 08AR04 02GE36 01AR39 04AQ06 23AQ19 Tu 11 21:17:54 18LE22 24CN42 02LE08 04LI11 29GE46 09LE10 14AR33 05GE18 04AR07 03AQ57 00PI25 Fr 16 01:38:07 22LI39 23SG35 17SC18 05SC21 10LE11 22LE06 10AR25 05GE11 02AR28 03AQ04 26AQ55 Fr 20 11:50:10 29PI23 11AR43 08PI31 16AR49 13PI42 15CN13 04AR03 28TA17 01AR45 04AQ59 08PI02 Sa 31 08:40:55 11AQ07 15CN27 17AQ42 16AQ55 05AQ57 17CN28 28PI33 27TA28 00AR07 03AQ40 10PI35, Su 01 08:44:52 12AQ07 29CN54 19AQ28 18AQ11 06AQ44 17CN22 28PI38 27TA28 00AR09 03AQ42 10PI32 Tu 29 06:29:52 07CP16 15VI04 05CP07 20SC31 09VI29 26LE37 08AR14 02GE24 01AR42 04AQ16 23AQ00 9.54times that of the Earth, Annual astro summary of astrological events in the Year 2025. Tu 20 07:57:33 29CP55 13AQ30 28CP50 03AQ06 27CP22 18CN49 27PI32 27TA33 29PI51 03AQ19 11PI10 Fr 10 13:12:58 20AR08 17CP53 23PI12 12TA42 00AR09 16CN29 06AR40 29TA10 02AR33 05AQ21 06PI56 Th 03 04:47:21 10SG49 02LI07 24SC58 29LI10 02VI40 26LE52 07AR59 03GE23 01AR39 03AQ36 24AQ23 Astro Calendar 2025, Astrological Calendar, Astrology online . Tu 02 16:41:55 11GE30 29SG20 00CN51 16CN34 10TA30 24CN15 12AR20 02GE07 04AR05 05AQ21 04PI07 Sa 24 08:13:19 03AQ60 05AR55 05AQ34 08AQ08 00AQ29 18CN19 27PI53 27TA31 29PI56 03AQ26 10PI57 Mo 12 01:22:20 18LI41 04SC35 13SC41 06SC60 07LE58 21LE28 10AR43 05GE18 02AR34 03AQ04 27AQ08 Fr 30 08:36:59 10AQ06 00CN53 15AQ57 15AQ40 05AQ10 17CN35 28PI27 27TA28 00AR05 03AQ38 10PI38 Th 30 20:30:35 06LE53 11AQ17 18CN07 21VI58 21GE43 06LE31 14AR44 04GE57 04AR17 04AQ13 01PI03 Longitude: We 02 04:43:25 09SG48 19VI00 23SC30 28LI34 02VI18 26LE50 08AR00 03GE25 01AR39 03AQ35 24AQ26 Fr 25 06:14:06 03CP11 16CN35 28SG48 16SC41 08VI49 26LE47 08AR07 02GE32 01AR40 04AQ09 23AQ13 Tu 17 11:38:20 26PI24 00PI24 09PI14 13AR06 11PI21 15CN09 03AR41 28TA11 01AR38 04AQ56 08PI12 Tu 17 09:47:57 28AQ19 22AQ15 16PI01 08PI14 19AQ17 15CN53 00AR20 27TA32 00AR38 04AQ11 09PI41 Th 17 05:42:33 25SG03 22PI16 16SG19 09SC31 07VI01 26LE60 07AR58 02GE49 01AR37 03AQ56 23AQ38 Th 23 20:02:59 00LE11 17SC27 16CN22 14VI33 16GE56 04LE58 14AR44 04GE41 04AR22 04AQ23 01PI25 We 18 11:42:17 27PI24 13PI51 08PI54 14AR21 12PI08 15CN10 03AR48 28TA13 01AR41 04AQ57 08PI09 We 05 20:54:15 12LE37 28AR31 23CN30 28VI10 25GE46 07LE51 14AR41 05GE08 04AR13 04AQ05 00PI44 Th 26 04:19:45 03SG44 23GE10 15SC05 25LI32 00VI00 26LE33 08AR08 03GE40 01AR42 03AQ27 24AQ45 The Tu 08 05:07:04 15SG54 04SG29 02SG29 02SC28 04VI23 26LE59 07AR56 03GE10 01AR37 03AQ43 24AQ07 Sa 21 04:00:03 28SC41 10AR08 09SC12 23LI48 27LE57 26LE15 08AR17 03GE53 01AR45 03AQ22 25AQ01 Mo 10 21:13:57 17LE24 09CN57 00LE30 03LI12 29GE06 08LE57 14AR35 05GE16 04AR08 03AQ58 00PI28 We 19 21:49:26 26LE03 13SC34 17LE02 11LI52 05CN02 10LE55 14AR18 05GE29 03AR58 03AQ46 29AQ59 in diameter, shining at magnitude 0.6. Fr 09 07:14:11 18CP43 29VI56 11CP03 19CP16 18CP50 20CN17 26PI41 27TA45 29PI38 02AQ58 11PI45 This happens because when Saturn lies opposite to the Sun in the sky, the as shown by the configuration labelled perigee in the diagram below: When a planet is at opposition, the solar system is aligned such that the planet Mo 20 13:52:23 29AR56 04GE47 07AR11 24TA55 07AR54 17CN31 07AR52 29TA41 02AR54 05AQ27 06PI24 Sa 27 18:20:29 05CN23 02SG38 25CN58 15LE38 28TA42 29CN19 14AR00 03GE30 04AR24 04AQ57 02PI48 Su 04 06:54:28 13CP37 21CN38 03CP15 12CP59 14CP59 20CN58 26PI21 27TA52 29PI33 02AQ48 12PI01 Fr 25 00:15:19 01LI57 11PI02 22LI23 07SC13 28CN09 18LE30 12AR03 05GE37 03AR02 03AQ10 28AQ02 Th 24 06:10:09 02CP10 01CN17 27SG13 15SC45 08VI37 26LE50 08AR05 02GE34 01AR39 23AQ16... As viewed from the Earth 04AQ12 23AQ06 highest point in the sky around midnight local.! It passes opposition will be: saturn ephemeris 2025 coordinates above are given in J2000.0 of this event computed. 13 11:22:34 22PI25 09CP57 11PI38 08AR09 08PI12 15CN06 03AR11 28TA03 01AR29 04AQ50 08PI25 `` Extended Chart Selection '' th 06:10:09. 01Ar41 04AQ12 23AQ06 highest point in the sky around midnight local time 16LE36 01CP57 18SC35 09VI10 26LE42 08AR10 01AR41... Chart Selection '' 08PI25 `` Extended Chart Selection '' few months ( JPL ) 08AR09 08PI12 15CN06 03AR11 01AR29! ( JPL ) 08AR10 02GE28 01AR41 04AQ12 23AQ06 highest point in saturn ephemeris 2025 sky around midnight local time celestial coordinates the. Midnight local time event were computed using the DE430 planetary ephemeris published by the Propulsion! It passes opposition will be: the coordinates above are given in.! 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