Eclipse Dates
Solar and lunar eclipses of 1933, and whether they can be seen from New Delhi, Delhi, India. Sutak is kept only where the eclipse is visible: twelve hours before a solar eclipse and nine before a lunar one.
Lunar eclipse, 10 February 1933
- Type
- Penumbral
- In
- Cancer, Ashlesha nakshatra
- Whole eclipse (anywhere on Earth)
- 18:27 to 19:07, greatest at 18:47 (local time)
- From New Delhi
- A penumbral eclipse: hardly visible, and no Sutak is kept
Solar eclipse, 24 February 1933
- Type
- Annular
- In
- Aquarius, Shatabhisha nakshatra
- Whole eclipse (anywhere on Earth)
- 15:25 to 21:06, greatest at 18:16 (local time)
- From New Delhi
- Not seen from New Delhi
- Totality or annularity (on the central path)
- 16:27 to 20:05
Lunar eclipse, 12 March 1933
- Type
- Penumbral
- In
- Leo, Uttara Phalguni nakshatra
- Whole eclipse (anywhere on Earth)
- 06:19 to 09:45, greatest at 08:02 (local time)
- From New Delhi
- A penumbral eclipse: hardly visible, and no Sutak is kept
Lunar eclipse, 06 August 1933
- Type
- Penumbral
- In
- Capricorn, Shravana nakshatra
- Whole eclipse (anywhere on Earth)
- 00:10 to 02:20, greatest at 01:15 (local time)
- From New Delhi
- A penumbral eclipse: hardly visible, and no Sutak is kept
Solar eclipse, 21 August 1933
- Type
- Annular
- In
- Leo, Magha nakshatra
- Whole eclipse (anywhere on Earth)
- 08:22 to 14:15, greatest at 11:18 (local time)
- From New Delhi
- Seen from New Delhi: 96% of the Sun's diameter covered at the maximum
- Seen locally
- 08:45 to 11:54, greatest at 10:16
- Magnitude
- 0.963
- Sutak begins
- 20 Aug, 20:45
- Totality or annularity (on the central path)
- 09:24 to 13:13
Lunar eclipse, 04 September 1933
- Type
- Penumbral
- In
- Aquarius, Shatabhisha nakshatra
- Whole eclipse (anywhere on Earth)
- 08:31 to 12:12, greatest at 10:21 (local time)
- From New Delhi
- A penumbral eclipse: hardly visible, and no Sutak is kept
Times are local to New Delhi, Delhi, India, worked out with the sidereal (Lahiri) zodiac. Sunrise and sunset are for the upper edge of the Sun with normal refraction.