What is the tithi on 14 July 2062 in Kolkata?

The tithi on 14 July 2062 in Kolkata is Shukla Ashtami until 5:20am, then Navami until 6:05am on 15 Jul.

Which nakshatra is it on 14 July 2062?

The nakshatra on 14 July 2062 is Chitra until 11:58am, then Swati until 1:33pm on 15 Jul.

What are the yoga and karana on 14 July 2062?

Yoga: Siddha until 10:27pm, then Sadhya until 10:24pm on 15 Jul. Karana: Bava until 5:20am, then Balava until 5:38pm, then Kaulava until 6:05am on 15 Jul.

What time is sunrise and sunset on 14 July 2062 in Kolkata?

Sunrise is at 5:00am and sunset at 6:24pm (Asia/Kolkata).

What is Rahu Kalam on 14 July 2062 in Kolkata?

Rahu Kalam on 14 July 2062 in Kolkata is from 10:02am to 11:42am. Yamaganda is 3:03pm to 4:43pm and Gulika is 6:41am to 8:21am.

What is the Abhijit Muhurta on 14 July 2062?

Abhijit Muhurta on 14 July 2062 in Kolkata is from 11:15am to 12:09pm, and Brahma Muhurta is 3:35am to 4:18am.

Vedic Panchang·Kolkata, India

Vedic Panchang in KolkataFriday, 14 July 2062

The Nepali date for this day isn't published yet.

Ashadha Shukla Ashtami · Vikram Samvat 2119 · Shaka 1984

55% lit
Waxing Moon

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All times are local to Kolkata, India: Asia/Kolkata (GMT+5:30).

Pancha Anga · the five limbs

Tithi: Shukla Ashtami until 5:20 AM
then Shukla Navami until 6:05 AM, Sat, Jul 15
Nakshatra: Chitra until 11:58 AM
Pada 3 → 4 · lord Mars · then Swati until 1:33 PM, Sat, Jul 15
Yoga: Siddha until 10:27 PM
then Sadhya until 10:24 PM, Sat, Jul 15
Karana: Bava until 5:20 AMBalava until 5:38 PMKaulava until 6:05 AM, Sat, Jul 15
Vara: Shukravara (Friday)
Day lord Venus

New to these terms? The five limbs of time, explained.

Sun & Moon

Sunrise: 5:00 AM
Day length 13 h 24 min
Sunset: 6:24 PM
Night length 10 h 37 min
Moonrise: 12:26 PM
Moonset: 11:50 PM
Moon sign: Tula
Sun sign: Mithuna
Lunar month: Ashadha (Purnimanta) · Shukla paksha
Amanta: Ashadha
Ayana: Uttarayana

The day at a glance

☀ 5:00 AM11:42 AM midday6:24 PM ☾

Rahu Yama Gulika Abhijit

Good times

Brahma Muhurta: 3:35 AM – 4:18 AM
the two muhurtas before sunrise, for meditation and study
Abhijit: 11:15 AM – 12:09 PM
the victorious midday muhurta
Vijaya: 1:56 PM – 2:50 PM
the 11th muhurta of the day
Nishita: 11:21 PM – 12:03 AM, Sat, Jul 15
the midnight muhurta

Times to avoid

Rahu Kalam: 10:02 AM – 11:42 AM
Yamaganda: 3:03 PM – 4:43 PM
Gulika Kalam: 6:41 AM – 8:21 AM

Choghadiya

eight parts of the day and of the night

Day

Char5:00 AM – 6:41 AM
Labh6:41 AM – 8:21 AM
Amrit8:21 AM – 10:02 AM
Kaal10:02 AM – 11:42 AM
Shubh11:42 AM – 1:22 PM
Rog1:22 PM – 3:03 PM
Udveg3:03 PM – 4:43 PM
Char4:43 PM – 6:24 PM

Night

Rog6:24 PM – 7:43 PM
Kaal7:43 PM – 9:03 PM
Labh9:03 PM – 10:23 PM
Udveg10:23 PM – 11:42 PM
Shubh11:42 PM – 1:02 AM, Sat, Jul 15
Amrit1:02 AM – 2:21 AM, Sat, Jul 15
Char2:21 AM – 3:41 AM, Sat, Jul 15
Rog3:41 AM – 5:01 AM, Sat, Jul 15

Amrit, Shubh and Labh are good; Char is neutral (good for travel); Udveg, Rog and Kaal are best avoided.

Hora · planetary hours+

Venus5:00 AM – 6:07 AM
Mercury6:07 AM – 7:14 AM
Moon7:14 AM – 8:21 AM
Saturn8:21 AM – 9:28 AM
Jupiter9:28 AM – 10:35 AM
Mars10:35 AM – 11:42 AM
Sun11:42 AM – 12:49 PM
Venus12:49 PM – 1:56 PM
Mercury1:56 PM – 3:03 PM
Moon3:03 PM – 4:10 PM
Saturn4:10 PM – 5:17 PM
Jupiter5:17 PM – 6:24 PM

Mars6:24 PM – 7:17 PM
Sun7:17 PM – 8:10 PM
Venus8:10 PM – 9:03 PM
Mercury9:03 PM – 9:56 PM
Moon9:56 PM – 10:49 PM
Saturn10:49 PM – 11:42 PM
Jupiter11:42 PM – 12:35 AM, Sat, Jul 15
Mars12:35 AM – 1:28 AM, Sat, Jul 15
Sun1:28 AM – 2:21 AM, Sat, Jul 15
Venus2:21 AM – 3:14 AM, Sat, Jul 15
Mercury3:14 AM – 4:07 AM, Sat, Jul 15
Moon4:07 AM – 5:01 AM, Sat, Jul 15

July 2062

←→

Sun

Mon

Tue

Wed

Thu

Fri

Sat

1Kr. Navami 2Kr. Dashami 3Kr. Ekadashi 4Kr. Dwadashi 5Kr. Trayodashi 6🌑 Kr. Amavasya 7Sh. Pratipada 8Sh. Dwitiya 9Sh. Tritiya 10Sh. Chaturthi 11Sh. Panchami 12Sh. Shashthi 13Sh. Saptami 14Sh. Ashtami 15Sh. Navami 16Sh. Dashami 17Sh. Ekadashi 18Sh. Dwadashi 19Sh. Trayodashi 20Sh. Chaturdashi 21🌕 Sh. PurnimaGuru Purnima 22Kr. Pratipada 23Kr. Dwitiya 24Kr. Tritiya 25Kr. Chaturthi 26Kr. Panchami 27Kr. Shashthi 28Kr. Saptami 29Kr. Ashtami 30Kr. Navami 31Kr. Dashami

Tithi at sunrise. Small numbers are the Nepali (BS) date. Tap a day for its full panchang. Festival days are worked out from the tithi for this place and can differ by a day between regions and traditions.

Coming up

next 60 days, for Kolkata

Guru PurnimaFriday, 21 July
Hariyali Teejmay varyMonday, 7 August
Nag Panchamimay varyWednesday, 9 August
Raksha Bandhanmay vary · Janai PurnimaSunday, 20 August
Gai Jatramay vary · NepalMonday, 21 August
Krishna Janmashtami · Smarta; Vaishnava sampradayas may keep the next daySunday, 27 August
Ganesh ChaturthiWednesday, 6 September
Hartalika Teej · TeejWednesday, 6 September
Rishi Panchamimay varyThursday, 7 September

Festival days are worked out from the tithi for this place. They can fall a day apart between regions, traditions and countries, most often for those marked “may vary”. Public holidays are set by each country’s own authority, so please confirm with your local calendar.

All festival dates for 2062 →

Panchang questions answered for Kolkata

What is the tithi on 14 July 2062 in Kolkata?: The tithi on 14 July 2062 in Kolkata is Shukla Ashtami until 5:20am, then Navami until 6:05am on 15 Jul.
Which nakshatra is it on 14 July 2062?: The nakshatra on 14 July 2062 is Chitra until 11:58am, then Swati until 1:33pm on 15 Jul.
What are the yoga and karana on 14 July 2062?: Yoga: Siddha until 10:27pm, then Sadhya until 10:24pm on 15 Jul. Karana: Bava until 5:20am, then Balava until 5:38pm, then Kaulava until 6:05am on 15 Jul.
What time is sunrise and sunset on 14 July 2062 in Kolkata?: Sunrise is at 5:00am and sunset at 6:24pm (Asia/Kolkata).
What is Rahu Kalam on 14 July 2062 in Kolkata?: Rahu Kalam on 14 July 2062 in Kolkata is from 10:02am to 11:42am. Yamaganda is 3:03pm to 4:43pm and Gulika is 6:41am to 8:21am.
What is the Abhijit Muhurta on 14 July 2062?: Abhijit Muhurta on 14 July 2062 in Kolkata is from 11:15am to 12:09pm, and Brahma Muhurta is 3:35am to 4:18am.

Calculated for Kolkata, India from the actual positions of the Sun and Moon.