Follow the link to NASA's eclipse web site.
There are generally two lunar eclipses and two solar eclipses each year. Sometimes you will see two partial eclipses instead of one total eclipse; in 2011, there will be four partial solar eclipses, and no total or annular solar eclipses. Since lunar eclipses happen on the Moon, they are visible from the entire night half of the Earth. Solar eclipses, when the Moon's shadow hits the Earth, affect very small areas of the Earth, and so they seem to be more rare. The next total lunar eclipse will happen on December 21, 2010, and will be visible from any point in North America.
UK in London.
An eclipse is probably going to happen again in about one hundred years. Your grandchildren are probably going to see it. But don't worry, it is very rare. It won't happen again when you are alive.
I don't know how but scientists say that in 2015 there is going to be four moons that are blood red. I think its because 2014-2015 four eclipses will happen, but I don't know what that has to do with four moons.
There is only going to be one!
The weather forecast predicts fog in the morning.
A hypothesis typically starts with posing a question or making an educated guess about the relationship between variables. It is a testable statement that predicts the outcome of an experiment or research study.
There are between 2 and 5 solar eclipses each year. In 2011, there are four solar eclipses, all partial ones. There is also one every ten years
Cricketmad.com predicts that Melbourne Stars will prevail over Sydney Sixers
No, solar eclipses happen about twice a year. (Sometimes instead of one "real" eclipse, we get two "partial" eclipses.) You can look up the dates and locations of solar eclipses starting with the year 2000 BC and going to 3000 AD on the NASA Eclipse web site (linked below).
Eclipses and meteor showers occur at varying times throughout the year. Solar and lunar eclipses can be predicted well in advance, while meteor showers are usually annual events. You can check specific dates and times for upcoming celestial events on astronomy websites or apps that track astronomical occurrences.