No one invented the solar eclipse. A solar eclipse is a naturally occurring phenomenon. Benjamin Banneker was the first person to be able to successfully forecast a solar eclipse in 1789.
Mainly the distance between the Moon and Earth.
No, although it looks like its close to the sun it is just an optical illusion it is still many millions of miles from the sun.
Our Sun is a stable star but, that's not the way things will always be. In about 6.4 billion years from now the Sun's Hydrogen fuel supply will run low. Then the Sun will swell up and will become about 100,000,000 miles across during it's Red Giant phase. It will become about the size of were earths orbit is and devour it. Mercury, Venus, and Earth will have been engulfed in the Sun. The outer planets will live on. After the red giant phase, the sun will explode in a supernova and all that will be left is the core. The outer planets warmed up during the red giant phase and will continue to orbit the white dwarf core.
The visible light around the rough Moon surface during a solar eclipse is caled Baily's Beads.
When the sun is blocked of from the earth by the moon. Only people that are directly under the moon can see it perfectly.
They aren't rare at all. There are generally two solar eclipses and two lunar eclipses each year; rarely none, but sometimes as many as five!
Lunar eclipses are a common sight, because they happen ON THE MOON, in plain sight of half of the planet. Solar eclipses seem more rare, because each one covers only a narrow path across the Earth. And since the Earth is 3/4 water, about 3/4 of all eclipse viewing opportunities are also over water.
To see the catalog of all eclipses from 2000 BCE to 3000 AD, check out the NASA Eclipse Page at the link below.
A solar eclipse is when the Moon covers the disk of the Sun - hence everything becomes dark, like a night. In the same way that you wouldn't do anything with a knife in the dark normally, you wouldn't want to risk cutting yourself during the time that the solar eclipse is taking place - you won't be able to see to fix it for about four minutes, after all.
I think the questioner is implying that holding a knife during a solar eclipse is a superstition in some cultures. Also, even during a total solar eclipse it never gets as dark as the middle of the night; there is still plenty of diffused light from the corona. It feels and looks like a few minutes after sunset.
Eclipses are not caused by tides. For a solar eclipse, the Moon must be between the Earth and the Sun.
August 21, 2017 - Total eclipse
Life goes on, the Sun continues to shine. There will be another eclipse in 6 months, somewhere else in the world.
We get eclipses because of the arrangement of the Sun, the Moon and the Earth, and nothing here has changed in at least 4 billion years. We can calculate the exact time and location of eclipses for thousands of years in the future.
The solar eclipse is most likely to occur at the the time of new moon when Sun, Earth and moon are perfectly aligned.
September 10, 1923.
Look at the Sun through some VERY dark filters (for example, welding glasses), and enjoy. Warning: Do NOT look at the Sun through a telescope, not even with a dar filter. However, you can project the image from a telescope onto a piece of paper.
Solar eclipses have frightened humankind throughout history and into pre-history.
The ancient attributed the phenomenon to some spirit or god being displeased and swallowing, eating or in some other way removing the sun from the sky.
Various cultures have dealt with this by praying, making sacrifice, or making noise to either placate or drive off the spirit or god.
Solar eclipses where often seen as the portent of coming changes in political fields. Some saw them as the forerunner of war others thought it predicted the death of a monarch.
During the 20th Century, there were 228 solar eclipses. Some years had as few as one,
and other years had as many as five. But on the average for the 100 years, there were
2.28 per year, or roughly one every 160 days on the long-term average.
Oh yes, not a problem.
Only a snack; the total phase of a solar eclipse lasts a MAXIMUM of 7 minutes 30 seconds, and if you are in the path of the solar eclipse (and KNEW that!) you'd be outside watching the eclipse, right? So you really wouldn't have TIME to eat much.
And it's difficult to eat while you're looking up....
No, according to CNN: "The eclipse -- the moon passing in front of the sun -- will begin in Arctic Canada around 0945 GMT, sweep across Greenland, pass through western Siberia, Mongolia and end in central China more than an hour and a half later". Oklahoma is too far south for this total solar eclipse.
Use the troubleshooting guide. Plus, check for bulletins. I believe there's an inhibit relay problem that may be applicable here.
As of September 28, 2010, the next total solar eclipse will occur on November 13, 2012. It will be visible from a few places in far northern Australia. After that, the next total solar eclipse will be on March 20, 2015, covering a remote path across the North Atlantic through the Iceland/UK gap and into the Norwegian Sea. The island of Spitzbergen will have an excellent view!
Update: As of today (May 30 2012) the "next" total solar eclipse will be on November 13, 2012. The path of totality will include the northern tip of Australia and a vast swath of the South Pacific Ocean.
The next total solar eclipse in North America will be on August 21, 2017. The path of totality will cross the entire country from Salem, Oregon to Charleston, South Carolina.
You can seen the catalog of eclipses on the NASA Eclipse Web Site at the link below.
check out website: www.mreclipse.com/Special/LEnext.html
A solar eclipse can only happen at the time of the Moon's "New" phase.
High tides occur during Solar Eclipse, moderately high tide occur during Lunar Eclipse and Low Tide occur during Quarter Moon..
More Basic information...
Tide - rise and fall of ocean water due to the gravitation, location and distance of sun, moon and earth...
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Hope I can help :)