Panchang in Ipameri, Goiás, Brazil Mon 22 Dec 2098
sunrise to sunrise · times in UTC−3
Vrat
Amavasya
Amavasya is on Mon 22 Dec: Amavasya holds sunrise that day. Why Mon 22 Dec?
Amavasya: every date in IpameriShubh muhurat on Monday 22 December
- Before sunrise, Mon 22 Dec
- 04:09–04:52Brahma Muhurta
- From sunrise 05:35
- 05:35–07:14Amrita choghadiya
- 08:53–10:32Shubha choghadiya
- 12:11–12:37Abhijit Muhuratwithout Yamaganda
- 16:09–17:08Labha choghadiyawithout Dur Muhurtam
- 17:08–18:47Amrita choghadiya
- After sunset 18:47
-
19:30–21:12Amrit Kalamin Mula
- 22:50–00:11 TueLabha choghadiya
- 01:32–02:54 TueShubha choghadiya
- 02:54–04:15 TueAmrita choghadiya
- 04:09–04:53 TueNext day's Brahma Muhurta
Times to avoid
Sunrise and sunset
Panchang
Choghadiya
Choghadiya by day
- 05:35–07:14Amritagood
- 07:14–08:53Kalabad
- 08:53–10:32Shubhagood
- 10:32–12:11Rogabad
- 12:11–13:50Udvegabad
- 13:50–15:29Charaneutral
- 15:29–17:08Labhagood
- 17:08–18:47Amritagood
Choghadiya by night
- 18:47–20:08Charaneutral
- 20:08–21:29Rogabad
- 21:29–22:50Kalabad
- 22:50–00:11 TueLabhagood
- 00:11–01:32 TueUdvegabad
- 01:32–02:54 TueShubhagood
- 02:54–04:15 TueAmritagood
- 04:15–05:36 TueCharaneutral
The day, from Brahma Muhurta to the next sunrise
Time runs down. Bands: choghadiya. Bars: muhurta and kala, over their real times.
- Before sunrise, Mon 22 Dec: Brahma Muhurta, 04:09–04:52, good
- Amrita, good, 05:35–07:14
- Kala, bad, 07:14–08:53
- Shubha, good, 08:53–10:32
- Roga, bad, 10:32–12:11
- Udvega, bad, 12:11–13:50
- Chara, neutral, 13:50–15:29
- Labha, good, 15:29–17:08
- Amrita, good, 17:08–18:47
- Chara, neutral, 18:47–20:08
- Roga, bad, 20:08–21:29
- Kala, bad, 21:29–22:50
- Labha, good, 22:50–00:11 Tue
- Udvega, bad, 00:11–01:32 Tue
- Shubha, good, 01:32–02:54 Tue
- Amrita, good, 02:54–04:15 Tue
- Chara, neutral, 04:15–05:36 Tue
- Rahu Kaal, 07:14–08:53, bad
- Yamaganda, 10:32–12:11, bad
- Abhijit, 11:45–12:37, good
- Dur Muhurtam, 12:37–13:30, bad
- Gulikai Kalam, 13:50–15:29, bad
- Dur Muhurtam, 15:16–16:09, bad
- Next day's Brahma Muhurta, 04:09–04:53 Tue
How each value is worked out
Why is Amavasya on Mon 22 Dec in Ipameri?
Amavasya is on Mon 22 Dec: Amavasya holds sunrise that day.
Amavasya follows the tithi at sunrise. Amavasya runs from 11:53 on Sun 21 Dec to 12:26 on Mon 22 Dec, so it holds sunrise only on Mon 22 Dec, at 05:35. No text giving Amavasya’s time was found; sunrise is Tithika’s convention.
Which tithi is on Mon 22 Dec? Krishna Amavasya
At sunrise the Moon led the Sun by 356.7°: Krishna Amavasya.
The Moon gains on the Sun about 12° a day. Each 12° of lead is one tithi: 348°–360° is the 30th, Krishna Amavasya. A day takes the tithi in force at its sunrise, 05:35 here. Chaturdashi ended at 11:53 Sun, before it. Amavasya ends at 12:26, when the lead reaches 360°. The lead passed 180° at the full moon of 8 Dec, so the Moon is waning: Krishna paksha.
What time is Brahma Muhurta on Mon 22 Dec? 04:09–04:52
Brahma Muhurta is the 14th of 15 equal parts of the night before sunrise: 04:09–04:52.
The night of Sun 21 Dec ran from sunset 18:46 Sun to sunrise 05:35, 10 h 49 m. Cut into 15 muhurtas of 43 m, its 14th is Brahma Muhurta, the one before the last.
Daylight in 15 muhurtas
When is Abhijit Muhurat on Mon 22 Dec? 11:45–12:37
Abhijit is the 8th of 15 equal parts of daylight, the one around midday: 11:45–12:37.
When is Dur Muhurtam on Mon 22 Dec? 12:37–13:30
Dur Muhurtam is the 9th and 12th of 15 equal parts of daylight: 12:37–13:30 and 15:16–16:09.
When is Dur Muhurtam on Mon 22 Dec? 15:16–16:09
Dur Muhurtam is the 9th and 12th of 15 equal parts of daylight: 12:37–13:30 and 15:16–16:09.
Daylight here, 05:35 to 18:47, is cut into 15 muhurtas of 52 m. Abhijit is the 8th, the middle one. Dur Muhurtam on a Monday is the 9th and 12th, 12:37–13:30 and 15:16–16:09.
Which choghadiya is good on Mon 22 Dec?
05:35–07:14 is Amrita, ruled by Chandra (the Moon), the 1st of 8 equal parts of Monday's daylight, counted good.
Daylight here, 05:35 to 18:47, splits into 8 choghadiyas of 1 h 39 m. Their names follow a fixed order that starts from the weekday, and each name is counted good, neutral or bad.
The night here, 18:47 to 05:36 Tue, splits into 8 choghadiyas of 1 h 21 m. Their names follow a fixed order that starts from the weekday, and each name is counted good, neutral or bad.
Daylight in 8 parts
When is Rahu Kaal on Mon 22 Dec? 07:14–08:53
Rahu Kaal (Rahu Kalam) is the 2nd of 8 equal parts of Monday's daylight: 07:14–08:53.
When is Yamagandam on Mon 22 Dec? 10:32–12:11
Yamaganda is the 4th of 8 equal parts of Monday's daylight: 10:32–12:11.
When is Gulika Kalam on Mon 22 Dec? 13:50–15:29
Gulikai Kalam is the 6th of 8 equal parts of Monday's daylight: 13:50–15:29.
Daylight here runs 05:35 to 18:47, 13 h 12 m. Cut into 8 equal parts of 1 h 39 m, it gives the day's windows by weekday: on a Monday Rahu Kaal is the 2nd part, Yamaganda the 4th and Gulikai Kalam the 6th.
Sunrise and sunset
What time is sunrise on Mon 22 Dec? 05:35
Day here: sunrise 05:35, sunset 18:47, 13 h 12 m of daylight.
What time is sunset on Mon 22 Dec? 18:47
Day here: sunrise 05:35, sunset 18:47, 13 h 12 m of daylight.
Sunrise and sunset are computed for this place. Daylight lasts 13 h 12 m and the night until the next sunrise 10 h 49 m; every window and choghadiya is cut from these two lengths.
Sunrise and sunset are computed for this place. Daylight lasts 13 h 12 m and the night until the next sunrise 10 h 49 m; every window and choghadiya is cut from these two lengths.
Which nakshatra is it on Mon 22 Dec? Mula
At sunrise the Moon was at 242.5°: Mula, pada 1.
The fixed stars divide the Moon's path into 27 nakshatras of 13°20′, each in 4 padas of 3°20′. Mula spans 240°00′–253°20′; the Moon entered its pada 1 at 240°. It leaves at 02:16 Tue, for Purva Ashadha.
Which yoga is it on Mon 22 Dec? Ganda
At sunrise the Sun and Moon together made 488.3°, one turn and 128.3°: Ganda.
Add the Sun's and the Moon's places among the stars: 245.8° + 242.5° = 488.3°, one full turn and 128.3°. Past the turn, cut into 27 parts of 13°20′, it gives the yoga: 120°00′–133°20′ is the 10th, Ganda. It ends at 14:30, then Vriddhi.
Which karana is it on Mon 22 Dec? Nagava
At sunrise the lead was 356.7°: the second half of Amavasya, Nagava.
A karana is half a tithi: 6° of the Moon's lead, so the first half of Amavasya is Chatushpada and the second Nagava. Chatushpada ended at 00:06, when the lead reached 354°; Nagava runs until 12:26.
Which vara is Mon 22 Dec, and from when? Somawara
This day began at sunrise, 05:35 on Monday: Somawara.
A Hindu day runs from one sunrise to the next, not midnight to midnight. This one runs 05:35 to 05:36 Tue, so the hours after midnight still belong to Somawara.
Which Hindu month is Mon 22 Dec in (amanta)? Margashirsha
This month began at the new moon of 22 Nov, with the Sun in Vrishchika: Margashirsha.
An amanta month runs from new moon to new moon and takes its name from the rashi the Sun is in at the new moon that begins it: Vrishchika gives Margashirsha. The Sun enters Dhanu on 16 Dec, inside the month. The next new moon, 22 Dec, finds it in Dhanu and begins Pausha.
Which Hindu month is Mon 22 Dec in (purnimanta)? Pausha
Counted full moon to full moon, this waning half already belongs to Pausha.
A purnimanta month runs from full moon to full moon, so its waning half comes first. It shares its name with the amanta month that its second half falls in: the new moon of 22 Dec, with the Sun in Dhanu, begins Pausha. Until then this Krishna paksha reads Pausha here, and Margashirsha in the amanta count.
Which samvat year is Mon 22 Dec in? Vikram 2155 · Shaka 2020
Vikram Samvat 2155 began at the Chaitra new moon of 1 Apr 2098.
A samvat year begins with Chaitra, the month whose new moon finds the Sun in Meena: 1 Apr 2098, 16:49 Tue. Since then the Sun has moved 258.4° round the stars. Vikram Samvat numbers that year 2155; Shaka Samvat numbers it 2020.
Moonrise and moonset
What time is moonset on Mon 22 Dec? 19:05
The Moon sets here at 19:05.
The Moon does not rise between this sunrise and the next.
The Moon sets at 19:05, in this day's night, and does not rise before the next sunrise.