West indian countries

Blood Moon will be visible in these countries on May 15 and 16; read to know

Residents of countries in the Western Hemisphere will have the chance to witness the first lunar eclipse of the year 2022 on May 15 and 16, depending on the different time zones. According to NASA, the eclipse will be partial and will be visible to astronomers in South and West Asia, Africa, parts of the Indian Ocean, all of South America, a much of North America and a few islands in the Pacific and Atlantic oceans. However, the eclipse will not be visible in India, just like the partial solar eclipse that occurred on April 30.

When would the eclipse begin?

NASA said the eclipse will begin at 10:10 p.m. EDT on May 15 and 7:40 a.m. according to IST on May 16. According to the US space agency graphic above, the eclipse will be fully visible in South and North American countries. , the majority of West Africa and a few countries in the Middle East. The eclipse will last a total of three hours and 27 minutes during which time the moon will experience one hour and 25 minutes of totality. Totality is a phase where the moon is completely obscured by the shadow of the Earth.

Why does the Moon turn red?

During the partial lunar eclipse, astronomers will be able to witness a red-tinted moon, also known as a “blood moon.” A lunar eclipse, as we know, occurs when the Earth comes between the Sun and the Moon. NASA explains that when this happens, the Moon takes on a dark, reddish hue during the period of totality. This happens because even though the Moon is completely submerged in Earth’s shadow at the time, red wavelengths of sunlight fall on the Moon’s surface after filtering through the atmosphere. earthly.

“One way to think about this is that a total lunar eclipse shows us a projection of all the sunrises and sunsets occurring on the planet at that time,” NASA explains. Notably, a lunar eclipse begins with a phase called Penumbra, when the Moon enters Earth’s faint outer shadow. This phase is followed by the Numbra phase in which the Moon enters the dark inner shadow of the Earth which, unlike Penumbra, is clearly visible.

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