The area where the moon can block out part of the sun is larger than the area where it block out all of the sun.
There is a partial solar eclipse that will occur 1 June 2011 over North America and Greenland.
A partial solar eclipse will never be observed. This is because a partial solar eclipse occurs when the Moon covers only part of the Sun, resulting in a partial shadow being cast on Earth, but it is the darkest part of the shadow known as the umbra that creates a total solar eclipse.
In that case, a Solar Eclipse occurs. It can be a partial or total eclipse depending on the positions at the time of the eclipse. In total Solar Eclipses, the sun is completely blocked out for a short time in some parts of the world. Likewise, Earth's shadow falling on the Moon is known as a lunar eclipse.
A lunar eclipse can only occur during a full moon when the Earth passes between the Sun and the Moon, causing the Earth's shadow to fall on the Moon. This can result in a partial or total eclipse of the Moon.
A solar eclipse happens when the moon passes between the sun and Earth, blocking sunlight and casting a shadow on Earth's surface. This can result in a total solar eclipse where the sun is completely obscured, or a partial solar eclipse where only part of the sun is blocked.
When the sun almost lines up with the moon, but not all the way and shows a partial solar eclipse.
There is a partial solar eclipse that will occur 1 June 2011 over North America and Greenland.
There will be an annular/partial solar eclipse on May 20, 2012.
A Partial Solar Eclipse will happen most often because it is more likely for part of the sun to be covered up by the moon than the whole moon covering the entire sun. Also you don't really hear about Total Eclipses do you ? Hope I Helped -David
The next solar eclipse visible from the Caribbean will occur on April 20, 2023. This will be a partial solar eclipse where only a portion of the Sun will be obscured by the Moon as seen from the region.
A solar eclipse may be partial, total, or annular.
Partial 35.3%Annular 33.2%Total 26.7%Hybrid 4.8% As you can see from the table above, partial eclipses are most common, followed by annular eclipses. Total solar eclipses are barely more than one-quarter of the total. Total eclipses occur when the Moon is close enough to the Earth for the umbra, the cone of total shadow, to hit the Earth. Annular eclipses occur when the Moon is so far away that the umbra does not reach all the way to the Earth. "Hybrid" eclipses occur when the Moon crosses the dividing line between total and annular DURING the eclipse, so that the eclipse begins as annular and changes to total, or vice versa, during the eclipse.
The next total solar eclipse will be on November 13, 2012. For this eclipse it will be visible from northern Australia and the southern Pacific Ocean.The next partial eclipse however, will occur on June 1, 2011, this is the second of four partial eclipses in 2011.
Partial Solar Eclipse of 2011 Jan 04Partial Solar Eclipse of 2011 Jun 01Total Lunar Eclipse of 2011 Jun 15Partial Solar Eclipse of 2011 Jul 01Partial Solar Eclipse of 2011 Nov 25Total Lunar Eclipse of 2011 Dec 10
The next solar eclipse visible from Zurich will occur on October 25, 2022. It will be a partial eclipse, with about 33% of the Sun being covered by the Moon as seen from Zurich.
The last total solar eclipse visible in Pittsburgh occurred on August 21, 2017. During this event, the city experienced a partial eclipse, with about 80% of the sun obscured. The next total solar eclipse that will be visible from parts of the United States will occur on April 8, 2024, but Pittsburgh will only experience a partial eclipse then.
For an eclipse to occur the Sun, Moon and Earth must be in line. For a total eclipse the centers of each object must be all on the same line (a very special condition). If they are not, a partial eclipse will occur. The times that all 3 objects are aligned perfectly occur much less frequently than the partial alignment resulting in the partial eclipses. The related link below shows a nice diagram which will make this clearer.