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Dates of Moon Phases in 2033 Year
Below you can find dates and hours of all Moon Phases in 2033. All dates and times are given both in Coordinated Universal Time (UTC) and America/Argentina/Tucuman time. Times are shown in Daylight Savings Time when necessary and in Standard Time in the other cases. Additionally, the Lunation number (Brown Lunation Number, BLN) is included for convenience.
| 2033 Lunar Phases — San Miguel de Tucumán (America/Argentina/Tucuman) Time |
|
New Moon |
First Quarter |
Full Moon |
Third Quarter | Lunation |
| Jan. 1, Sat 07:17 |
Jan. 8, Sat 00:35 |
Jan. 15, Sat 10:07 |
Jan. 23, Sun 14:48 |
1361 |
| Jan. 30, Sun 19:00 |
Feb. 6, Sun 10:35 |
Feb. 14, Mon 04:04 |
Feb. 22, Tue 08:54 |
1362 |
| Mar. 1, Tue 05:25 |
Mar. 7, Mon 22:27 |
Mar. 15, Tue 22:37 |
Mar. 23, Wed 22:50 |
1363 |
| Mar. 30, Wed 14:53 |
Apr. 6, Wed 12:14 |
Apr. 14, Thu 16:18 |
Apr. 22, Fri 08:42 |
1364 |
| Apr. 28, Thu 23:48 |
May 6, Fri 03:46 |
May 14, Sat 07:44 |
May 21, Sat 15:29 |
1365 |
| May 28, Sat 08:38 |
June 4, Sat 20:40 |
June 12, Sun 20:21 |
June 19, Sun 20:30 |
1366 |
| June 26, Sun 18:08 |
July 4, Mon 14:13 |
July 12, Tue 06:31 |
July 19, Tue 01:09 |
1367 |
| July 26, Tue 05:13 |
Aug. 3, Wed 07:26 |
Aug. 10, Wed 15:10 |
Aug. 17, Wed 06:45 |
1368 |
| Aug. 24, Wed 18:40 |
Sept. 1, Thu 23:24 |
Sept. 8, Thu 23:22 |
Sept. 15, Thu 14:36 |
1369 |
| Sept. 23, Fri 10:40 |
Oct. 1, Sat 13:33 |
Oct. 8, Sat 07:59 |
Oct. 15, Sat 01:49 |
1370 |
| Oct. 23, Sun 04:29 |
Oct. 31, Mon 01:47 |
Nov. 6, Sun 17:33 |
Nov. 13, Sun 17:10 |
1371 |
| Nov. 21, Mon 22:40 |
Nov. 29, Tue 12:16 |
Dec. 6, Tue 04:23 |
Dec. 13, Tue 12:30 |
1372 |
| Dec. 21, Wed 15:47 |
Dec. 28, Wed 21:21 |
|
|
1373 |
<< 2032 Moon Phases2034 Moon Phases >>
For your convenience we have prepared another list, this time with both local and UTC times of each phase. A date of nearest phase is marked in red, dates of the Full Moons are in bold font.
| Lunar Phase | Local Date & Time — San Miguel de Tucumán (America/Argentina/Tucuman) | UTC Date & Time |
|
New Moon |
January 1, Sat |
07:17 |
January 1, Sat |
10:17 |
|
First Quarter |
January 8, Sat |
00:35 |
January 8, Sat |
03:35 |
|
Full Moon |
January 15, Sat |
10:07 |
January 15, Sat |
13:07 |
|
Last Quarter |
January 23, Sun |
14:48 |
January 23, Sun |
17:48 |
|
New Moon |
January 30, Sun |
19:00 |
January 30, Sun |
22:00 |
|
First Quarter |
February 6, Sun |
10:35 |
February 6, Sun |
13:35 |
|
Full Moon |
February 14, Mon |
04:04 |
February 14, Mon |
07:04 |
|
Last Quarter |
February 22, Tue |
08:54 |
February 22, Tue |
11:54 |
|
New Moon |
March 1, Tue |
05:25 |
March 1, Tue |
08:25 |
|
First Quarter |
March 7, Mon |
22:27 |
March 8, Tue |
01:27 |
|
Full Moon |
March 15, Tue |
22:37 |
March 16, Wed |
01:37 |
|
Last Quarter |
March 23, Wed |
22:50 |
March 24, Thu |
01:50 |
|
New Moon |
March 30, Wed |
14:53 |
March 30, Wed |
17:53 |
|
First Quarter |
April 6, Wed |
12:14 |
April 6, Wed |
15:14 |
|
Full Moon |
April 14, Thu |
16:18 |
April 14, Thu |
19:18 |
|
Last Quarter |
April 22, Fri |
08:42 |
April 22, Fri |
11:42 |
|
New Moon |
April 28, Thu |
23:48 |
April 29, Fri |
02:48 |
|
First Quarter |
May 6, Fri |
03:46 |
May 6, Fri |
06:46 |
|
Full Moon |
May 14, Sat |
07:44 |
May 14, Sat |
10:44 |
|
Last Quarter |
May 21, Sat |
15:29 |
May 21, Sat |
18:29 |
|
New Moon |
May 28, Sat |
08:38 |
May 28, Sat |
11:38 |
|
First Quarter |
June 4, Sat |
20:40 |
June 4, Sat |
23:40 |
|
Full Moon |
June 12, Sun |
20:21 |
June 12, Sun |
23:21 |
|
Last Quarter |
June 19, Sun |
20:30 |
June 19, Sun |
23:30 |
|
New Moon |
June 26, Sun |
18:08 |
June 26, Sun |
21:08 |
|
First Quarter |
July 4, Mon |
14:13 |
July 4, Mon |
17:13 |
|
Full Moon |
July 12, Tue |
06:31 |
July 12, Tue |
09:31 |
|
Last Quarter |
July 19, Tue |
01:09 |
July 19, Tue |
04:09 |
|
New Moon |
July 26, Tue |
05:13 |
July 26, Tue |
08:13 |
|
First Quarter |
August 3, Wed |
07:26 |
August 3, Wed |
10:26 |
|
Full Moon |
August 10, Wed |
15:10 |
August 10, Wed |
18:10 |
|
Last Quarter |
August 17, Wed |
06:45 |
August 17, Wed |
09:45 |
|
New Moon |
August 24, Wed |
18:40 |
August 24, Wed |
21:40 |
|
First Quarter |
September 1, Thu |
23:24 |
September 2, Fri |
02:24 |
|
Full Moon |
September 8, Thu |
23:22 |
September 9, Fri |
02:22 |
|
Last Quarter |
September 15, Thu |
14:36 |
September 15, Thu |
17:36 |
|
New Moon |
September 23, Fri |
10:40 |
September 23, Fri |
13:40 |
|
First Quarter |
October 1, Sat |
13:33 |
October 1, Sat |
16:33 |
|
Full Moon |
October 8, Sat |
07:59 |
October 8, Sat |
10:59 |
|
Last Quarter |
October 15, Sat |
01:49 |
October 15, Sat |
04:49 |
|
New Moon |
October 23, Sun |
04:29 |
October 23, Sun |
07:29 |
|
First Quarter |
October 31, Mon |
01:47 |
October 31, Mon |
04:47 |
|
Full Moon |
November 6, Sun |
17:33 |
November 6, Sun |
20:33 |
|
Last Quarter |
November 13, Sun |
17:10 |
November 13, Sun |
20:10 |
|
New Moon |
November 21, Mon |
22:40 |
November 22, Tue |
01:40 |
|
First Quarter |
November 29, Tue |
12:16 |
November 29, Tue |
15:16 |
|
Full Moon |
December 6, Tue |
04:23 |
December 6, Tue |
07:23 |
|
Last Quarter |
December 13, Tue |
12:30 |
December 13, Tue |
15:30 |
|
New Moon |
December 21, Wed |
15:47 |
December 21, Wed |
18:47 |
|
First Quarter |
December 28, Wed |
21:21 |
December 29, Thu |
00:21
|
|
|
|
|
|
The lunar phases for 2033 will begin on January 31, 2033 and end on February 18, 2034. The lunar phases are the different shapes the moon appears to take as it orbits Earth.
new moon, waxing crescent, first quarter, waxing gibbous, full moon, waning gibbous, third quarter, and waning crescent.
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Total Lunar Eclipse of 2033 Apr 14
Fred Espenak
Key to Lunar Eclipse Figure (below)
Introduction
The Total Lunar Eclipse of 2033 Apr 14 is visible from the following geographic regions:
- Europe, Africa, Asia, Australia
The diagram to the right depicts the Moon's path with respect to Earth's umbral and penumbral shadows. Below it is a map showing the geographic regions of eclipse visibility. Click on the figure to enlarge it. For an explanation of the features appearing in the figure, see Key to Lunar Eclipse Figures.
The instant of greatest eclipse takes place on 2033 Apr 14 at 19:13:51 TD (19:12:36 UT1). This is 2.7 days after the Moon reaches apogee. During the eclipse, the Moon is in the constellation Virgo. The synodic month in which the eclipse takes place has a Brown Lunation Number of 1364.
The eclipse belongs to Saros 132 and is number 31 of 71 eclipses in the series. All eclipses in this series occur at the Moon’s ascending node. The Moon moves southward with respect to the node with each succeeding eclipse in the series and gamma decreases.
This is a very shallow total eclipse. It has an umbral eclipse magnitude of only 1.0955 and a duration of totality lasting 49.8 minutes. Gamma has a value of 0.3954.
The total lunar eclipse of 2033 Apr 14 is preceded two weeks earlier by a total solar eclipse on 2033 Mar 30.
These eclipses all take place during a single eclipse season.
The eclipse predictions are given in both Terrestrial Dynamical Time (TD) and Universal Time (UT1). The parameter ΔT is used to convert between these two times (i.e., TD = UT1 + ΔT). ΔT has a value of 75.5 seconds for this eclipse.
The following links provide maps and data for the eclipse.
The tables below contain detailed predictions and additional information on the Total Lunar Eclipse of 2033 Apr 14 .
Eclipse Data: Total Lunar Eclipse of 2033 Apr 14
| Eclipse Characteristics |
| Parameter |
Value |
| Penumbral Magnitude |
2.17223 |
| Umbral Magnitude |
1.09553 |
| Gamma |
0.39543 |
| Epsilon |
0.3581° |
| Opposition Times |
| Event |
Calendar Date & Time |
Julian Date |
| Greatest Eclipse |
2033 Apr 14 at 19:13:51.4 TD (19:12:35.9 UT1) |
2463702.300415 |
| Ecliptic Opposition |
2033 Apr 14 at 19:18:34.0 TD (19:17:18.5 UT1) |
2463702.303686 |
| Equatorial Opposition |
2033 Apr 14 at 19:00:44.8 TD (18:59:29.2 UT1) |
2463702.291311 |
| Geocentric Coordinates of Sun and Moon |
| 2033 Apr 14 at 19:13:51.4 TD (19:12:35.9 UT1) |
| Coordinate |
Sun |
Moon |
| Right Ascension |
01h33m13.7s |
13h33m37.2s |
| Declination |
+09°43'50.2" |
-09°23'08.7" |
| Semi-Diameter |
15'56.7" |
14'48.5" |
| Eq. Hor. Parallax |
08.8" |
0°54'21.0" |
| Geocentric Libration of Moon |
| Angle |
Value |
| l |
-2.7° |
| b |
-0.4° |
| c |
23.0° |
| Earth's Shadows |
| Parameter |
Value |
| Penumbral Radius |
1.1864° |
| Umbral Radius |
0.6549° |
| Prediction Paramaters |
| Paramater |
Value |
| Ephemerides |
JPL DE430 |
| ΔT |
75.5 s |
| Shadow Rule |
Herald/Sinnott |
| Shadow Enlargement |
1.000 |
| Saros Series |
132 (31/71) |
Explanation of Lunar Eclipse Data Tables
Eclipse Contacts: Total Lunar Eclipse of 2033 Apr 14
| Lunar Eclipse Contacts |
| Eclipse Event |
Contact |
Time
TD |
Time
UT1 |
Zenith Latitude |
Zenith Longitude |
Position Angle |
Axis Distance |
| Penumbral Begins |
P1 |
16:12:50.6 |
16:11:35.1 |
08°57.8'S |
115°53.6'E |
300.2° |
1.4318° |
| Partial Begins |
U1 |
17:26:03.8 |
17:24:48.2 |
09°08.1'S |
098°07.9'E |
309.1° |
0.9001° |
| Total Begins |
U2 |
18:49:08.0 |
18:47:52.5 |
09°19.7'S |
077°58.8'E |
347.8° |
0.4052° |
| Greatest Eclipse |
Greatest |
19:13:51.4 |
19:12:35.9 |
09°23.1'S |
071°59.0'E |
15.7° |
0.3581° |
| Total Ends |
U3 |
19:38:57.7 |
19:37:42.2 |
09°26.6'S |
065°53.7'E |
43.9° |
0.4066° |
| Partial Ends |
U4 |
21:01:50.6 |
21:00:35.1 |
09°38.1'S |
045°47.5'E |
82.3° |
0.9020° |
| Penumbral Ends |
P4 |
22:14:55.3 |
22:13:39.7 |
09°48.1'S |
028°04.0'E |
91.2° |
1.4338° |
| Eclipse Durations |
| Eclipse Phase |
Duration |
| Penumbral (P4 - P1) |
06h02m04.6s |
| Partial (U4 - U1) |
03h35m46.8s |
| Total (U3 - U2) |
00h49m49.6s |
Explanation of Lunar Eclipse Contacts Table
Polynomial Besselian Elements: Total Lunar Eclipse of 2033 Apr 14
| Polynomial Besselian Elements |
| 2033 Apr 14 at 19:00:00.0 TD (=t0) |
| n |
x |
y |
d |
f1 |
f2 |
f3 |
| 0 |
-0.00550 |
0.37352 |
0.1698 |
1.18632 |
0.65483 |
0.24681 |
| 1 |
0.44267 |
-0.12419 |
0.0003 |
0.00017 |
0.00017 |
0.00005 |
| 2 |
0.00010 |
0.00001 |
-0.0000 |
0.00000 |
0.00000 |
0.00000 |
| 3 |
-0.00000 |
0.00000 |
- |
- |
- |
- |
At time t1 (decimal hours), each besselian element is evaluated by:
x = x0 + x1*t + x2*t2 + x3*t3 (or x = Σ [xn*tn]; n = 0 to 3)
where: t = t1 - t0 (decimal hours) and t0 = 19.000
Explanation of Besselian Elements
https://www.eclipsewise.com/lunar/LEprime/2001-2100/LE2033Apr14Tprime.html |
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