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Solar eclipse set for December 26, full Moon on November 12

By Chukwuma Muanya
07 November 2019   |   5:25 am
Have you seen the Moon lately? When was the last time you observed the skies? The Moon and the stars are playing some interesting games. Nigeria and most parts of the world will witness another series of astronomical spectacles between today and the end of the year.

Annular solar eclipse expected on Thursday, December 26 CREDIT: eclipseportal.com

*Mercury will pass in front of Sun on Nov 11 as astronomers given last chance to glimpse rare celestial event

Have you seen the Moon lately? When was the last time you observed the skies? The Moon and the stars are playing some interesting games. Nigeria and most parts of the world will witness another series of astronomical spectacles between today and the end of the year.Top on the list are: an annular solar eclipse on Thursday, December 26; Full Moon on Tuesday, November 12; and planet Mercury passes across the face of the Sun on Monday, November 11.

According to a report published in timeanddate.com, a solar eclipse is just like a regular new moon where the Moon passes between Earth and the Sun. However, a solar eclipse is more powerful because the Moon darkens the Sun. Solar Eclipse December 2019 is an annular solar eclipse so not all of the Sun will be darkened. In this type of partial eclipse, the apparent diameter of the Moon is smaller than the Sun’s, leaving a ring of light around the eclipsed Sun.

The new moon on December 26, 2019, is a partial solar eclipse so its effects last for six months instead of the normal four weeks. The December 26 solar eclipse marks the end of the eclipse cycle that began with the solar eclipse on July 2, 2019. It also marks the beginning of a new cycle lasting about six months until the lunar eclipse on June 5, 2020. The Solar Eclipse December 2019 astrology will compliment themes found in the lunar eclipse on January 10, 2020.

The total annular eclipse lasts for three minutes and 40 seconds, and will be visible in the Middle East, Southern India, South East Asia some parts of Australia.Also, according to farmersalmanac.com, the next full moon will occur on November 12 at 8:34 AM ET and will be a Beaver Moon. Depending on the winter solstice, it is also known as the Frost Moon or Mourning Moon. The eleventh full moon of 2019, the November’s moon, was dubbed the Frost Moon by early Native Americans because the winter frosts typically began during this month.

Also, astronomers are in for a rare treat next week, when the planet Mercury passes across the face of the Sun.According to the report published by Daily Mail UK, this rare celestial event only happens about 13 times per century, so you would not get another chance to see it until 2032 – 13 years from now. The transit of Mercury happens because it is one of only two planets in our solar system that orbit the sun closer than Earth – the other one being Venus.On most of its orbits, Mercury passes above or below the Sun as seen from Earth.

Occasionally, however, the orbits of Earth and Mercury line up in such a way that Mercury passes directly between the Earth and the Sun.When this happens, Mercury is visible from Earth as a tiny dot – about 0.5 per cent of the diameter of the sun itself. “The sky will put on a stellar show on November 11, 2019, as Mercury crosses in front of the Sun,” said United States National Aeronautic Space Agency (NASA).“From our perspective on Earth, we can only ever see Mercury and Venus cross in front of, or transit, the Sun, so it’s a rare event you won’t want to miss!”

With the right safety equipment, viewers nearly everywhere on Earth will be able to see the tiny dark spot moving slowly across the disk of the Sun.The transit starts at 11:35 GMT (04:35 PST) on Monday, November 11, and will last for about 5.5 hours, so there will be plenty of time to catch the show.Viewers in certain areas, such as the West Coast of the United States, will not be able to see it until the Sun is visible in the sky.

At approximately 15:20 GMT (08.20 PST), Mercury will be as close as it is going to get to the centre of the Sun. The transit will still be underway as the sun sets in the UK an hour later.The transit of Mercury (pictured) starts at 11:35 GMT (04:35 PST) on Monday, November 11, and will last for about 5.5 hours, so there will be plenty of time to catch the show.

Unlike a transit of Venus, where the planet appears large enough to be seen with the naked eye, Mercury is so small that you’ll need binoculars or a telescope with a Sun filter to see it.However, looking at the Sun directly or through a telescope without proper protection can lead to serious and permanent vision damage, so make sure you use a solar filter.

How to watch the transit of Mercury? The Daily Mail UK report noted: “Dedicated solar telescope. These telescopes have the filter built in and it is irremovable, making it a particularly safe option. “Coronado telescopes, for example, allow to you see the sun in hydrogen-alpha, which means that it will appear orange/red.

“Ordinary telescope with filter: If you already own a telescope then you can buy filters that fit onto the front end. “You should always make sure the filter is attached securely and hold it up to a light bulb before attaching, to check for any damage, such as pinholes, in order to protect your eyes.“Projection through refracting telescope: An alternative to a solar filter is to project an image of the Sun through your telescope onto a piece of white card.

Add a cardboard shade collar to the telescope itself to mask the rest of the Sun’s glare. Use apertures of less than four inches to prevent overheating.Projection through your binoculars: You can use a similar projection method with binoculars. Attach them to a photographic tripod and cover one of the apertures with a lens cap. You’ll find the card will need to be quite close to the binocular eyepiece.

How to film the transit: Given that transits of Mercury are reasonably rare many observers are keen to capture the moment as a keepsake. Luckily, photographic equipment for astronomy has become relatively cheap and widely available and so this is pretty easy to do, particularly if you are already viewing the transit through a filtered telescope.

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