[ad_1]
Universe lovers are set to experience an exciting astronomical event on October 2. Skywatchers will see the second and final solar eclipse of 2024 on Wednesday, when the Moon and Sun will produce a bright ‘ring of fire’ in the sky visible in some areas. Of the globe. During this solar eclipse, the Moon will cover about 93% of the Sun’s disk at the point of greatest eclipse.
Interestingly, the annular solar eclipse, which will occur exactly 15 days after the lunar eclipse, coincides with the new moon day, the holy day of Sarva Pitru Amavasya, which is celebrated in Hinduism to honor ancestors.
Solar Eclipse 2024: When and where will it be visible?
According to Coordinated Universal Time (UTC), the solar eclipse will begin at 3:42 pm in the southern Pacific Ocean and reach its maximum visibility in Argentina at 6:45 pm. The circular path is passing through the Pacific Ocean, southern Chile and southern Argentina.
According to Indian time, the eclipse will start at 9:13 pm on October 2 and will end at 3:17 am on October 3. The entire event will last for approximately six hours. The solar eclipse will not be visible in any part of India as it will occur during night time in the country.
Solar eclipse 2024:where it will appear
According to experts, this rare astronomical phenomenon will be visible in the Pacific Ocean, parts of South America, parts of Central and North America, Peru and Fiji. It is also expected to be partially visible in Argentina, Brazil, Chile and the US.
Solar eclipse 2024:What is annular solar eclipse?
A solar eclipse occurs when the Moon passes between the Earth and the Sun, completely or partially obscuring the view of the Sun from a small part of the Earth. This alignment occurs approximately every six months.
In an annular solar eclipse the Moon appears slightly smaller than the Sun. Thus, it does not block the entire solar disk as it does during a total solar eclipse. The Moon’s shadow covers most of the disk except the outer rim, and results in a beautiful “ring of fire”. On October 2, the Moon will cover about 93% of the Sun’s disk at the point of greatest eclipse.
[ad_2]
