Sunrise and sunset in Elwood, UT
Sunrise7:16 amFirst light 6:46 am
Sunset5:08 pmLast light 5:38 pm
Daylight9 h 52 min2 min 7 s shorter
Solar noon12:13 pmSun highest in the sky
Sun times in Elwood today
The Sun rises in Elwood at 7:16 am and sets at 5:08 pm today, giving 9 h 52 min of daylight, 2 min 7 s shorter. It is highest at 12:13 pm. The sky is fully dark from 6:45 pm until 5:40 am.
Twilight
| Phase | Morning | Evening |
|---|---|---|
| Astronomical twilight begins / ends | 5:40 am | 6:45 pm |
| Nautical twilight | 6:13 am | 6:12 pm |
| Civil twilight (first and last light) | 6:46 am | 5:38 pm |
| Sunrise / sunset | 7:16 am | 5:08 pm |
A dash means the Sun does not reach that depth below the horizon today.
Golden hour and blue hour
| Light | Morning | Evening |
|---|---|---|
| Blue hour | 6:46 am – 6:58 am | 5:27 pm – 5:38 pm |
| Golden hour | 6:58 am – 7:58 am | 4:27 pm – 5:27 pm |
Golden hour: Sun between 6° above and 4° below the horizon. Blue hour: 4° to 6° below.
Sunrise and sunset for the next 30 days
| Date | Sunrise | Sunset | Daylight | Change | Dark from |
|---|---|---|---|---|---|
| Sat, Nov 14 | 7:16 am | 5:08 pm | 9 h 52 min | −2:07 | 6:45 pm |
| Sun, Nov 15 | 7:17 am | 5:08 pm | 9 h 50 min | −2:05 | 6:44 pm |
| Mon, Nov 16 | 7:19 am | 5:07 pm | 9 h 48 min | −2:03 | 6:43 pm |
| Tue, Nov 17 | 7:20 am | 5:06 pm | 9 h 46 min | −2:00 | 6:43 pm |
| Wed, Nov 18 | 7:21 am | 5:05 pm | 9 h 44 min | −1:58 | 6:42 pm |
| Thu, Nov 19 | 7:22 am | 5:04 pm | 9 h 42 min | −1:56 | 6:41 pm |
| Fri, Nov 20 | 7:23 am | 5:04 pm | 9 h 40 min | −1:53 | 6:41 pm |
| Sat, Nov 21 | 7:25 am | 5:03 pm | 9 h 38 min | −1:51 | 6:40 pm |
| Sun, Nov 22 | 7:26 am | 5:02 pm | 9 h 37 min | −1:47 | 6:40 pm |
| Mon, Nov 23 | 7:27 am | 5:02 pm | 9 h 35 min | −1:46 | 6:40 pm |
| Tue, Nov 24 | 7:28 am | 5:01 pm | 9 h 33 min | −1:42 | 6:39 pm |
| Wed, Nov 25 | 7:29 am | 5:01 pm | 9 h 32 min | −1:39 | 6:39 pm |
| Thu, Nov 26 | 7:30 am | 5:00 pm | 9 h 30 min | −1:37 | 6:38 pm |
| Fri, Nov 27 | 7:31 am | 5:00 pm | 9 h 28 min | −1:34 | 6:38 pm |
| Sat, Nov 28 | 7:33 am | 4:59 pm | 9 h 27 min | −1:30 | 6:38 pm |
| Sun, Nov 29 | 7:34 am | 4:59 pm | 9 h 25 min | −1:28 | 6:38 pm |
| Mon, Nov 30 | 7:35 am | 4:59 pm | 9 h 24 min | −1:23 | 6:38 pm |
| Tue, Dec 1 | 7:36 am | 4:58 pm | 9 h 23 min | −1:21 | 6:37 pm |
| Wed, Dec 2 | 7:37 am | 4:58 pm | 9 h 21 min | −1:17 | 6:37 pm |
| Thu, Dec 3 | 7:38 am | 4:58 pm | 9 h 20 min | −1:14 | 6:37 pm |
| Fri, Dec 4 | 7:39 am | 4:58 pm | 9 h 19 min | −1:10 | 6:37 pm |
| Sat, Dec 5 | 7:40 am | 4:58 pm | 9 h 18 min | −1:06 | 6:37 pm |
| Sun, Dec 6 | 7:41 am | 4:58 pm | 9 h 17 min | −1:04 | 6:37 pm |
| Mon, Dec 7 | 7:42 am | 4:57 pm | 9 h 16 min | −1:00 | 6:37 pm |
| Tue, Dec 8 | 7:43 am | 4:57 pm | 9 h 15 min | −0:55 | 6:37 pm |
| Wed, Dec 9 | 7:43 am | 4:57 pm | 9 h 14 min | −0:51 | 6:37 pm |
| Thu, Dec 10 | 7:44 am | 4:58 pm | 9 h 13 min | −0:48 | 6:38 pm |
| Fri, Dec 11 | 7:45 am | 4:58 pm | 9 h 13 min | −0:43 | 6:38 pm |
| Sat, Dec 12 | 7:46 am | 4:58 pm | 9 h 12 min | −0:40 | 6:38 pm |
| Sun, Dec 13 | 7:47 am | 4:58 pm | 9 h 11 min | −0:36 | 6:38 pm |
Sunrise and sunset by month
| Month (15th) | Sunrise | Sunset | Daylight |
|---|---|---|---|
| November 2026 | 7:17 am | 5:08 pm | 9 h 50 min |
| December 2026 | 7:48 am | 4:58 pm | 9 h 10 min |
| January 2027 | 7:53 am | 5:23 pm | 9 h 30 min |
| February 2027 | 7:24 am | 6:01 pm | 10 h 38 min |
| March 2027 | 7:40 am | 7:35 pm | 11 h 55 min |
| April 2027 | 6:48 am | 8:09 pm | 13 h 21 min |
| May 2027 | 6:09 am | 8:41 pm | 14 h 32 min |
| June 2027 | 5:53 am | 9:04 pm | 15 h 11 min |
| July 2027 | 6:07 am | 9:01 pm | 14 h 54 min |
| August 2027 | 6:36 am | 8:28 pm | 13 h 51 min |
| September 2027 | 7:08 am | 7:38 pm | 12 h 29 min |
| October 2027 | 7:40 am | 6:47 pm | 11 h 07 min |
2026 at a glance
- Longest day: June 20, 15 h 12 min of daylight
- Shortest day: December 21, 9 h 09 min
- Earliest sunset: 4:57 pm on December 8
- Latest sunrise: 7:59 am on October 31
Tonight the Moon is waxing crescent, 25% lit. Moonrise and moonset in Elwood.
Times are calculated for 41.6905, -112.1411 at sea level with a flat horizon and standard refraction, using the NOAA solar equations. Hills, buildings and elevation can shift the times you see by a few minutes. Sources and methods.