Panchang in Ipameri, Goiás, Brazil Tue 23 Dec 2064
sunrise to sunrise · times in UTC−3
Vrat
Purnima
Purnima is on Tue 23 Dec: Purnima holds sunrise that day. Why Tue 23 Dec?
Purnima: every date in IpameriShubh muhurat on Tuesday 23 December
- Before sunrise, Tue 23 Dec
- 04:09–04:53Brahma Muhurta
- From sunrise 05:36
- 10:33–12:12Labha choghadiya
- 11:45–12:12Abhijit Muhuratwithout Gulikai Kalam
- 12:12–13:51Amrita choghadiyain Gulikai Kalam
- 15:30–17:09Shubha choghadiyain Rahu Kaal
- After sunset 18:47
- 20:09–21:30Labha choghadiya
- 22:51–23:07Shubha choghadiyawithout Dur Muhurtam
- 23:50–00:12 WedShubha choghadiyawithout Dur Muhurtam
- 00:12–01:33 WedAmrita choghadiya
-
03:22–05:01 WedAmrit Kalamin Ardra
- 04:10–04:53 WedNext day's Brahma Muhurta
Times to avoid
Sunrise and sunset
Panchang
Choghadiya
Choghadiya by day
- 05:36–07:15Rogabad
- 07:15–08:54Udvegabad
- 08:54–10:33Charaneutral
- 10:33–12:12Labhagood
- 12:12–13:51Amritain Gulikai Kalam
- 13:51–15:30Kalabad
- 15:30–17:09Shubhain Rahu Kaal
- 17:09–18:47Rogabad
Choghadiya by night
- 18:47–20:09Kalabad
- 20:09–21:30Labhagood
- 21:30–22:51Udvegabad
- 22:51–00:12 WedShubhagood
- 00:12–01:33 WedAmritagood
- 01:33–02:54 WedCharaneutral
- 02:54–04:15 WedRogabad
- 04:15–05:37 WedKalabad
The day, from Brahma Muhurta to the next sunrise
Time runs down. Bands: choghadiya. Bars: muhurta and kala, over their real times.
- Before sunrise, Tue 23 Dec: Brahma Muhurta, 04:09–04:53, good
- Roga, bad, 05:36–07:15
- Udvega, bad, 07:15–08:54
- Chara, neutral, 08:54–10:33
- Labha, good, 10:33–12:12
- Amrita, good, 12:12–13:51
- Kala, bad, 13:51–15:30
- Shubha, good, 15:30–17:09
- Roga, bad, 17:09–18:47
- Kala, bad, 18:47–20:09
- Labha, good, 20:09–21:30
- Udvega, bad, 21:30–22:51
- Shubha, good, 22:51–00:12 Wed
- Amrita, good, 00:12–01:33 Wed
- Chara, neutral, 01:33–02:54 Wed
- Roga, bad, 02:54–04:15 Wed
- Kala, bad, 04:15–05:37 Wed
- Dur Muhurtam, 08:14–09:07, bad
- Yamaganda, 08:54–10:33, bad
- Abhijit, 11:45–12:38, good
- Gulikai Kalam, 12:12–13:51, bad
- Rahu Kaal, 15:30–17:09, bad
- Dur Muhurtam, 23:07–23:50, bad
- Next day's Brahma Muhurta, 04:10–04:53 Wed
How each value is worked out
Why is Purnima on Tue 23 Dec in Ipameri?
Purnima is on Tue 23 Dec: Purnima holds sunrise that day.
Purnima follows the tithi at sunrise. Purnima runs from 14:28 on Mon 22 Dec to 15:14 on Tue 23 Dec, so it holds sunrise only on Tue 23 Dec, at 05:36. No text giving Purnima’s time was found; sunrise is Tithika’s convention.
Which tithi is on Tue 23 Dec? Shukla Purnima
At sunrise the Moon led the Sun by 175.3°: Shukla Purnima.
The Moon gains on the Sun about 12° a day. Each 12° of lead is one tithi: 168°–180° is the 15th, Shukla Purnima. A day takes the tithi in force at its sunrise, 05:36 here. Chaturdashi ended at 14:28 Mon, before it. Purnima ends at 15:14, when the lead reaches 180°. The lead passed 0° at the new moon of 8 Dec, so the Moon is waxing: Shukla paksha.
What time is Brahma Muhurta on Tue 23 Dec? 04:09–04:53
Brahma Muhurta is the 14th of 15 equal parts of the night before sunrise: 04:09–04:53.
The night of Mon 22 Dec ran from sunset 18:47 Mon to sunrise 05:36, 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 Tue 23 Dec? 11:45–12:38
Abhijit is the 8th of 15 equal parts of daylight, the one around midday: 11:45–12:38.
When is Dur Muhurtam on Tue 23 Dec? 08:14–09:07
Dur Muhurtam is the 4th of 15 equal parts of daylight, 08:14–09:07, and the 7th of the night's 15, 23:07–23:50.
When is Dur Muhurtam on Tue 23 Dec? 23:07–23:50
Dur Muhurtam is the 4th of 15 equal parts of daylight, 08:14–09:07, and the 7th of the night's 15, 23:07–23:50.
Daylight here, 05:36 to 18:47, is cut into 15 muhurtas of 52 m. Abhijit is the 8th, the middle one. Dur Muhurtam on a Tuesday is the 4th and the night's 7th, 08:14–09:07 and 23:07–23:50.
Which choghadiya is good on Tue 23 Dec?
05:36–07:15 is Roga, ruled by Mangala (Mars), the 1st of 8 equal parts of Tuesday's daylight, counted bad.
Daylight here, 05:36 to 18:47, splits into 8 choghadiyas of 1 h 38 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 05:37 Wed, 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 Tue 23 Dec? 15:30–17:09
Rahu Kaal (Rahu Kalam) is the 7th of 8 equal parts of Tuesday's daylight: 15:30–17:09.
When is Yamagandam on Tue 23 Dec? 08:54–10:33
Yamaganda is the 3rd of 8 equal parts of Tuesday's daylight: 08:54–10:33.
When is Gulika Kalam on Tue 23 Dec? 12:12–13:51
Gulikai Kalam is the 5th of 8 equal parts of Tuesday's daylight: 12:12–13:51.
Daylight here runs 05:36 to 18:47, 13 h 11 m. Cut into 8 equal parts of 1 h 38 m, it gives the day's windows by weekday: on a Tuesday Rahu Kaal is the 7th part, Yamaganda the 3rd and Gulikai Kalam the 5th.
Sunrise and sunset
What time is sunrise on Tue 23 Dec? 05:36
Day here: sunrise 05:36, sunset 18:47, 13 h 11 m of daylight.
What time is sunset on Tue 23 Dec? 18:47
Day here: sunrise 05:36, sunset 18:47, 13 h 11 m of daylight.
Sunrise and sunset are computed for this place. Daylight lasts 13 h 11 m and the night until the next sunrise 10 h 50 m; every window and choghadiya is cut from these two lengths.
Sunrise and sunset are computed for this place. Daylight lasts 13 h 11 m and the night until the next sunrise 10 h 50 m; every window and choghadiya is cut from these two lengths.
Which nakshatra is it on Tue 23 Dec? Mrigashira
At sunrise the Moon was at 62.8°: Mrigashira, pada 3.
The fixed stars divide the Moon's path into 27 nakshatras of 13°20′, each in 4 padas of 3°20′. Mrigashira spans 53°20′–66°40′; the Moon entered its pada 3 at 60°. It leaves at 12:49, for Ardra.
Which yoga is it on Tue 23 Dec? Shukla
At sunrise the Sun and Moon together made 310.3°: Shukla.
Add the Sun's and the Moon's places among the stars: 247.5° + 62.8° = 310.3°. The sum, cut into 27 parts of 13°20′, gives the yoga: 306°40′–320°00′ is the 24th, Shukla. It ends at 22:22, then Brahma.
Which karana is it on Tue 23 Dec? Bava
At sunrise the lead was 175.3°: the second half of Purnima, Bava.
A karana is half a tithi: 6° of the Moon's lead, so the first half of Purnima is Vishti and the second Bava. Vishti ended at 02:55, when the lead reached 174°; Bava runs until 15:14.
Which vara is Tue 23 Dec, and from when? Mangalawara
This day began at sunrise, 05:36 on Tuesday: Mangalawara.
A Hindu day runs from one sunrise to the next, not midnight to midnight. This one runs 05:36 to 05:37 Wed, so the hours after midnight still belong to Mangalawara.
Which Hindu month is Tue 23 Dec in (amanta)? Margashirsha
This month began at the new moon of 8 Dec, 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 15 Dec, inside the month. The next new moon, 6 Jan, finds it in Dhanu and begins Pausha.
Which Hindu month is Tue 23 Dec in (purnimanta)? Margashirsha
Counted full moon to full moon, this waxing half belongs to Margashirsha.
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 8 Dec, with the Sun in Vrishchika, began Margashirsha. This Shukla paksha reads Margashirsha in both counts.
Which samvat year is Tue 23 Dec in? Vikram 2121 · Shaka 1986
Vikram Samvat 2121 began at the Chaitra new moon of 17 Mar 2064.
A samvat year begins with Chaitra, the month whose new moon finds the Sun in Meena: 17 Mar 2064, 22:45 Mon. Since then the Sun has moved 274° round the stars. Vikram Samvat numbers that year 2121; Shaka Samvat numbers it 1986.
Moonrise and moonset
What time is moonrise on Tue 23 Dec? 18:57
The Moon rises here at 18:57.
The Moon rises at 18:57, in this day's night, and does not set before the next sunrise.
The Moon does not set between this sunrise and the next.