Where did the 2017 eclipse start and end?
multipleQAs
Where did the 2017 eclipse start in the contiguous United States? Where did the 2017 eclipse end in the contiguous United States?
the Oregon coast
the South Carolina coast
Solar eclipse of August 21, 2017
Where did the 2017 eclipse start and end
Solar eclipse of August 21, 2017 Solar eclipse of April 8, 2024 Solar eclipses on the Moon Solar eclipse of July 2, 2019 Solar eclipse of December 26, 2019 Solar eclipse Solar eclipse of July 11, 1991 Baily's beads Solar eclipse of November 3, 2013 Solar eclipse of November 25, 2049
The <b>solar eclipse</b> of August 21, <b>2017</b>, dubbed the &quot;Great American <b>Eclipse</b>&quot; by 
the media, <b>was</b> a ... <b>end</b> of the <b>eclipse</b>. In Germany, <b>the beginning</b> of the <b>eclipse</b> 
<b>was</b> visible just at sunset only in the extreme northwest of the country. ... The 
series <b>ends</b> at member 77 as a partial <b>eclipse</b> on April 17, 3009. The longest 
<b>eclipse</b>&nbsp;... A total <b>solar eclipse will take place</b> at the Moon&#39;s ascending node of the orbit on 
Monday, April 8, 2024, visible across North America. A <b>solar eclipse</b> occurs&nbsp;... <b>Solar eclipses</b> on the Moon <b>are</b> caused when the planet Earth passes in front of 
the Sun and ... Unlike the Earth, where its <b>eclipses start and end</b> at a different 
place, all of the ... <b>Solar eclipses starting</b> near and within the polar areas <b>are</b> 
always partial, while <b>solar eclipses starting</b> at or within the equator <b>are</b> always 
total. A total <b>solar eclipse</b> occurred at the ascending node of the Moon&#39;s orbit on July 2, 
2019, with an <b>eclipse</b> magnitude of 1.0459. Totality <b>was</b> visible from the southern 
Pacific Ocean east of New Zealand to ... The series <b>ends</b> at member 82 as a 
partial <b>eclipse</b> on March 21, 2452. The longest duration of totality <b>was</b> 5 minutes,
&nbsp;... An annular <b>solar eclipse</b> occurred on December 26, 2019. A <b>solar eclipse</b> occurs 
when the Moon passes between Earth and the Sun, thereby totally or partly 
obscuring the Sun for a viewer on Earth. An annular <b>solar eclipse</b> occurs when 
the Moon&#39;s apparent diameter <b>is</b> ... The <b>eclipse began</b> in Saudi Arabia about 220 
kilometers northeast of Riyadh&nbsp;... A <b>solar eclipse</b> occurs when a portion of the Earth <b>is</b> engulfed in a shadow cast 
by the Moon ... <b>Solar</b> (and lunar) <b>eclipses</b> therefore <b>happen</b> only during <b>eclipse</b> 
seasons resulting in at least two, ... and annular at other locations nearer <b>the</b> 
<b>beginning and end</b>, since the sides of the Earth <b>are</b> slightly further away from the 
Moon. A total <b>solar eclipse</b> occurred on Thursday, July 11, 1991. A <b>solar eclipse</b> occurs 
when the Moon passes between Earth and the Sun, thereby totally or partly 
obscuring the image of the Sun for a viewer on Earth. A total <b>solar eclipse</b> occurs 
when the Moon&#39;s apparent diameter <b>is</b> larger than ... The series <b>ends</b> at member 
71 as a partial <b>eclipse</b> on July 30, 2622, with the&nbsp;... The Baily&#39;s beads effect, or diamond ring effect, <b>is</b> a feature of total and annular 
<b>solar eclipses</b>. ... The diamond ring effect as totality <b>ends</b> during the total <b>solar</b> 
<b>eclipse</b> of August 21, <b>2017</b>, in central Wyoming. The rainbow coloration <b>is</b> a lens 
flare&nbsp;... (P1) Partial <b>begin</b>, 10:04:34. (U1) Total <b>begin</b>, 11:05:17. Greatest <b>eclipse</b>, 12:47:
36. (U4) Total <b>end</b>, 14:27:42. (P4) Partial <b>end</b>, 15:28:21. References. Saros &middot; 143 
(23 of 72). Catalog # (SE5000), 9538. A total <b>solar eclipse</b> occurred at the Moon&#39;s 
ascending node on 3 November 2013. It <b>was</b> a ... This hybrid <b>solar eclipse</b> started 
annular <b>solar eclipse</b> and <b>ended</b> total <b>solar</b>&nbsp;... A total <b>solar eclipse will</b> occur on Thursday, November 25, 2049. It <b>is</b> a hybrid 
event, with only a fraction of its path as total, and longer sections at the <b>start and</b> 
<b>end</b> as an annular <b>eclipse</b>.
Oregon 's Pacific coast
Solar eclipse of August 21, 2017