Ring of Fire Solar Eclipse: Every year, about two to 4 solar eclipses take place, and yet another one is set to take place on June 10 this year. Solar eclipse is a phenomenon that happens when the Sun, Moon and the Earth are in a straight line, with the Moon becoming among the Sun and our planet. Unlike a lunar eclipse, when the Earth’s shadow casts upon the Moon, in a solar eclipse, the Moon partially or wholly covers the Sun, and its shadow is cast on the Earth. There are 3 varieties of solar eclipse – total, annular and partial – and June 10 would be an annular solar eclipse.
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Types of solar eclipse: What is Ring of Fire
There are 3 varieties of solar eclipse. Total solar eclipse is when the Moon is close sufficient that it appears as huge as the Sun or larger, and consequently, totally covers the Sun. On the other hand, partial solar eclipse is when the Moon’s shadow only partially obscures the light coming from the Sun.
Annular solar eclipse is a specific case of partial solar eclipse, in which the Moon is far sufficient that it is smaller sized than the Sun, and even though the 3 celestial bodies are aligning, it is a partial eclipse, but for a handful of minutes, the Moon’s shadow falls among the Sun, like a dark disk placed on major of a vibrant disk, generating the Sun look like a Ring of Fire about the Moon. Therefore, the annular solar eclipse is also recognized as the Ring of Fire eclipse.
How to watch a solar eclipse
Unlike a lunar eclipse, solar eclipse need to not be watched with naked eyes as it can be damaging. NASA says that one can’t use common sunglasses to watch the solar eclipse as they can’t provide sufficient protection to the eyes in the course of the eclipse. There are specific solar viewing or eclipse glasses that will need to be worn for the complete duration for which an person wishes to see the Sun in the course of an eclipse.
Alternatively, a pinhole projector can also be used to look at the eclipse, but not straight. Using a pinhole projector, the sunlight demands to be projected on the surface, exactly where the person can then see the solar eclipse.