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Pengguna:SafaDhirgham2004/Bak pasir

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Tidak ada di dunia nyata, ini hanya fiktif berkala. Mohon jangan oprek/sunting halaman ini. Dan mohon jangan diletakkan di templat {{Infobox stasiun}} maupun {{Infobox layanan kereta api}} (2 templat, hehe)

Sekilas Bak Pasir

Lagu Balonku Ada Lima di Bahasa W

Bwlwnkw wdw lymw, rwpw-rwpw wwrnw Hyjww kwnwng kwlwbw, mwrwh mwdwh dwn byrw Mwlwtws bwlwn hyjww DWR!!! Hwtykw swngwt kwcww Bwlwnkw tynggwl wmpwt Kwpwgwng wrwt-wrwt

Lagu Balonku Ada Lima dalam Bahasa G

Bagalogonkugu agadaga ligimaga, rugupaga-rugupaga wagarnaganyaga Higijagau kuguniging kegelagabugu, megeragah mugudaga dagan bigirugu Megelegetugus bagalogon higijagau DOGOR!!! Hagatigukugu sagangagat kagacagau Bagalogonkugu tiginggagal egempagat Kugupegegagang egeragat-egeragat

Lagu Balonku Ada Lima di Bahasa Gaul

Balon gue ada lima, rupa-rupa warnanya Ijo kuning kelabu, pink dan biru Meletus balon ijo DOR!!! Hati gue sangat kaco Balon gue tinggal empat Gue pegang erat-erat

Bahasa G

Bahasa G adalah sejenis bahasa non-baku yang digunakan oleh orang-orang kalangan remaja Daerah Khusus Ibukota Jakarta, selain Bahasa gaul, Bahasa Binan, dsb.

Ujicoba Templat:Gerhana bulan

Gunakan parameter untuk mengubah templat ini:
Gunakan {{Gerhana bulan|state=autocollapse}}. Templat akan otomatis terciutkan saat disunting.
Gunakan {{Gerhana bulan|state=collapsed}}. Templat ini akan otomatis terciutkan saat disunting ataupun dibaca.
Gunakan {{Gerhana bulan|state=expanded}}. Templat ini akan otomatis terkembang saat disunting ataupun dibaca. Subhalaman:

Ujicoba Subhalaman Templat:Gerhana bulan

Gerhana bulan/total

Routemaps

Jalur KA Klabangan-Pasarwilang-Wonoagung
KLB
Klabangan
Batas
Kota Mojowaru
Kabupaten Kalikojong
SBR
Sumberagung
BMJ
Bumirejo
KB
Kalibungur
BJN
Banjaran
GND
Gondang
KRM
Karangmalang
KS
Kedungsari
KKJ
Kalikojong
KDR
Kedungrejo
LWS
Luwes
Batas
Kabupaten Kalikojong
Kabupaten Pasarwilang
NGD-CBD
NGD
Ngadhiroso
PKG
Pasirklangen
SDR
Sadrakan
Batas
Kabupaten Pasarwilang
Kota Pasarwilang
KRG
Karangasem
KTR
Katrungan
PSW-KWJ
PSW
Pasarwilang
PSW-WLG-WLGK
Batas
Kota Pasarwilang
Kabupaten Pasarwilang
TLJ
Tegalrejo
KDJ
Kedungjambon
Batas
Kabupaten Pasarwilang
Kabupaten Wonoagung
SKT
Seketi
BG
Bagongan
WNO-RSN-CJU
WNO
Wonoagung
WNO-JGL
SafaDhirgham2004/Bak pasir
Gerhana total
Akhir totalitas di Oria, 5:43 UTC
Tanggal20 Januari 2019
Gamma0.3684
Magnitudo1.1953
Siklus Saros134 (27 of 73)
Totalitas61 menit, 59 detik
Sebagian196 menit, 45 detik
Penumbra311 menit, 30 detik

Gerhana bulan terjadi pada tanggal 21 Januari 2019 UTC {Waktu Universal Terkoodirnasi). Untuk pengamat dari Amerika, Gerhana ini terjadi sore, 20 Januari dan berakhir pada dini hari, 21 Januari. Untuk pengamat dari Eropa dan Afrika, gerhana ini terjadi pada dini hari, 21 Januari. Bulan sempat mendekati perigeo pada 21 Januari dan juga disebut "superbulan".[1]

Dari superbulan tersebut juga disebut bulan serigala (bulan purnama pertama pada setahun kalender), hal ini juga menyebutnya "superbulan serigala darah"; diambil dari warna merah yang khas saat gerhana bulan tersebut.[2] Gerhana ini adalah gerhana bulan total terakhir hingga Mei 2021. Ini adalah Superbulan Purnama karena terjadi kurang dari sehari sebelum perigee dan Bulan ini jaraknya kurang dari 360,000 km (223,694 mi).

Observatorium Griffith di Los Angeles menangkap sebuah klip dimana sebuah meteor antara biji ek dan bola tenis bertabrakan saat gerhana.[3] Tabrakan tersebut terjadi pada pukul 4:41 UTC, dari sisi kiri dari bulan.[4] It is the only documented case of a lunar impact during a total lunar eclipse.[5][6]

Wilayah yang terlihat

Gerhana ini terlihat di Amerika Utara dan Amerika Selatan, as well as portions of western Europe and northwest Africa. From locations in North America, the eclipse began during the evening hours of January 20. Observers at locations in Europe and much of Africa were able to view part of the eclipse before the Moon set in the early morning (pre-dawn) hours of January 21.

Simulated view of Earth from Moon during greatest eclipse, with infrared clouds
Visibility map

Waktu

Contact points relative to Earth's umbral and penumbral shadows, here with the Moon near its descending node (left), and the hourly motion for the January 2019 lunar eclipse (right)

The penumbral phases of the eclipse changes the appearance of the Moon only slightly and is generally not noticeable.[7]

Local times of contacts
Time zone

adjustments from UTC

Americas Atlantic European/African
-8h -7h -6h -5h -4h -3h -2h -1h 0h +1h +2h +3h
PST MST CST EST AST GMT

WET

WEST

CET BST

CEST

EET MSK−1

FET

MSK EAT

Event Evening 20 January Morning 21 January
P1 Penumbral begins* 6:37 pm 7:37 pm 8:37 pm 9:37 pm 10:37 pm 11:37 pm 12:37 am 1:37 am 2:37 am 3:37 am 4:37 am 5:37 am
U1 Partial begins 7:34 pm 8:34 pm 9:34 pm 10:34 pm 11:34 pm 12:34 am 1:34 am 2:34 am 3:34 am 4:34 am 5:34 am 6:34 am
U2 Total begins 8:41 pm 9:41 pm 10:41 pm 11:41 pm 12:41 am 1:41 am 2:41 am 3:41 am 4:41 am 5:41 am 6:41 am 7:41 am
Mid-eclipse 9:12 pm 10:12 pm 11:12 pm 12:12 am 1:12 am 2:12 am 3:12 am 4:12 am 5:12 am 6:12 am 7:12 am 8:12 am
U3 Total ends 9:43 pm 10:43 pm 11:43 pm 12:43 am 1:43 am 2:43 am 3:43 am 4:43 am 5:43 am 6:43 am 7:43 am 8:43 am
U4 Partial ends 10:51 pm 11:51 pm 12:51 am 1:51 am 2:51 am 3:51 am 4:51 am 5:51 am 6:51 am 7:51 am 8:51 am 9:51 am
P4 Penumbral ends* 11:48 pm 12:48 am 1:48 am 2:48 am 3:48 am 4:48 am 5:48 am 6:48 am 7:48 am 8:48 am 9:48 am 10:48 am

Observations

America

Eropa

Tampilan

Terjadi pada konstelasi Kanser, tepatnya di barat Gugus Sarang Lebah.

Tabrakan terungkap

Livestreams detected a flash of light while viewing the eclipse. It was "likely caused by the crash of a tiny, fast-moving meteoroid left behind by a comet."[5]

Originally thinking it was electronic noise from the camera, astronomers and citizen scientists shared the visual phenomenon with each other to identify it.[5]

When totality was just beginning at 4:41 UT, the tiny speck of light blinked south of a nearly 55-mile-wide crater in the western part of the moon.[8]

The location of the impact may be somewhere in the lunar highlands, south of Byrgius crater, according to Justin Cowart, a graduate student in geosciences at Stony Brook University in New York who first saw the flash of light.[5]

“A meteoroid about this size hits the moon about once a week or so,” said Cowart.[8]

This may be the first time that a collision, during a total lunar eclipse, was captured on video.[5]

“I have not heard of anyone seeing an impact like this during a lunar eclipse before,” said Sara Russell, a professor of planetary sciences at the Natural History Museum in London.[5]

People posted their images and video of a flicker of light as news spread quickly on social media.[8]

Working overtime, co-director of the Deteksi dan Analisis Tabrakan Bulan, MIDAS, an astrophysicist at the Universitas Huelva di Spanyol, Jose Maria Madiedo, set up eight telescopes to watch for any impacts during the eclipse.[8]

“Something inside of me told me that this time would be the time,” said Madiedo.[8]

A paper calculated a mass between 20 and 100 kilograms and diameter of 30 to 50 cm that may have caused a 7–15 meter crater located "inside a triangle with vertices in the kawah Lagrange H, K and X".[9] Other astronomers estimated a 10-15 meter crater from a 45 kg asteroid moving 61,000 km/h.[10]

Gerhana terkait

Eclipses of 2019

Lunar year series

Seri gerhana bulan 2016-2020
Nodus menurun   Nodus menaik
Saros Tanggal
Peta
Tipe
Tampilan
Gama Saros Tanggal
Peta
Tipe
Tampilan
Gamma
109 18 Agustus 2016
Penumbra
1.56406 114
11 Februari 2017
Penumbra
-1.02548
119
07 Agustus 2017
Sebagian
0.86690 124
31 Januari 2018
Total
-0.30143
129
27 Juli 2018
Total
0.11681 134
21 Januari 2019
Total
0.36842
139
16 Juli 2019
Sebagian
-0.64300 144
10 Januari 2020
Penumbra
1.07270
149 05 Juli 2020
Penumbral
-1.36387
Set terakhir 16 September 2016 Set terakhir 23 Maret 2016
Set berikutnya 05 Juni 2020 Set berikutnya 30 November 2020

Saros series

It is part of Saros cycle 134.

Half-Saros cycle

Sebuah gerhana bulan akan didahului dan diteruskan oleh gerhana matahari selama 9 tahun 5,5 hari (sebuah siklus setengah saros).[11] Gerhana bulan ini telah terkait 2 gerhana matahari cincin yang merupakan bagian dari Saros Matahari 141.

15 Januari 2010 26 Januari 2028

Detail lebih lanjut

Magnitudo Penumbra = 2.16972 (216.972%)

Magnitudo Umbra = 1.19657 (119.657%)

Gama = 0.36842 (36.945%)

Epsilon = 0.3763° (0°22’34.68”)

Puncak Gerhana = 2019 Jan 21 at 05:12:18.0 UTC

Oposisi Ekliptika = 2019 Jan 21 at 05:16:04.9 UTC

Oposisi Khatulistiwa = 2019 Jan 21 at 05:07:42.5 UTC

Sun’s Equatorial Right Ascension = 20.205h

Sun’s Equatorial Declination = -19.96°

Sun’s Apparent Diameter = 1950.4 arcseconds

Sun’s Equatorial Horizontal Parallax = 17.8 arcseconds

Moon’s Equatorial Right Ascension = 8.208h

Moon’s Equatorial Declination = +20.34°

Moon’s Apparent Diameter = 2004.2 arcseconds

Moon’s Equatorial Horizontal Parallax = 7355.8 arcseconds

Earth’s Shadow’s Equatorial Right Ascension = 8.205h

Earth’s Shadow’s Equatorial Declination = +19.96°

Earth’s Penumbral Shadow Diameter = 9424.8 arcseconds

Earth’s Umbral Shadow Diameter = 5523.84 arcseconds

Saros = 134 (27 dari73)

Nodus Orbit = Nodus Menaik

Jarak Bulan = 357,718 km (222,276 mi)

Lihat pula

Referensi

  1. ^ Rogers, James (20 January 2019). "'Super blood Moon' eclipse stuns in remarkable pictures". Fox News. 
  2. ^ "Super blood wolf moon: stargazers battle cold and clouds to view lunar eclipse". The Guardian. January 21, 2019. Diakses tanggal January 21, 2019. 
  3. ^ Meghan Bartels (22 January 2019). "Watch a Meteor Smack the Blood Moon in This Lunar Eclipse Video". Space.com. Diakses tanggal 22 January 2019. 
  4. ^ "A meteor hit the moon during the lunar eclipse. Here's what we know". Science & Innovation. 22 January 2019. 
  5. ^ a b c d e f Andrews, Robin George (2019-01-23). "During the Lunar Eclipse, Something Slammed Into the Moon". The New York Times (dalam bahasa Inggris). ISSN 0362-4331. Diakses tanggal 2019-01-23. 
  6. ^ "Video: A Meteorite Hit the Moon During the Recent Eclipse!". Jason Kottke. 23 January 2019. 
  7. ^ Espenak, Fred. "Lunar Eclipses for Beginners". MrEclipse. Diakses tanggal April 7, 2014. 
  8. ^ a b c d e "A meteor hit the moon during the lunar eclipse. Here's what we know". 2019-01-22. Diakses tanggal 2019-01-24. 
  9. ^ Location, orbit and energy of a meteoroid impacting the moon during the Lunar Eclipse of January 21, 2019
  10. ^ The space rock that hit the Moon at 61,000 kilometres an hour | The Royal Astronomical Society
  11. ^ Mathematical Astronomy Morsels, Jean Meeus, p.110, Chapter 18, The half-saros

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