If you have the option, you certainly want to travel a bit farther and observe a total solar eclipse, with the proper safety precautions for your eyes. If you are near the path of totality, you may be in a place that will be dimmed by the 'penumbra', which is another way of saying that you will be where the sun is partially and not totally covered by the moon. A person observing a total eclipse is in the 'umbra'. If there will be a solar eclipse somewhere near you, you should get information through the public media about whether or not you are in the path of totality. Don't pass up an opportunity to safely observe a total solar eclipse. They are beautiful.
For a solar eclipse to occur, the new moon must be positioned between earth and the sun at a node.
Nothing 'near' about it. It must be New Moon in order for a solar eclipse to occur.
More people can see a total lunar eclipse than a total solar eclipse because to see the complete solar eclipse you must be in a locations directly underneath it so your point of view and angle of the moon is correct. It doesn't matter as much as to where you are for a lunar eclipse...
* For a solar eclipse, there is no specific requirement about the angular sizes.* For a TOTAL solar eclipse, the angular diameter of the Moon must be larger than that of the Sun.
A solar eclipse can only happen when the Moon goes between the Earth and the Sun, and that is at new moon. And for a lunar eclipse, the Moon must get into Earth's shadow; that means it must be opposite to the Sun and that means full moon.
it must be a total solar eclipse.
For a solar eclipse to occur, the new moon must be positioned between earth and the sun at a node.
That is because the Moon must go between Earth and the Sun for a solar eclipse to happen.
Nothing 'near' about it. It must be New Moon in order for a solar eclipse to occur.
More people can see a total lunar eclipse than a total solar eclipse because to see the complete solar eclipse you must be in a locations directly underneath it so your point of view and angle of the moon is correct. It doesn't matter as much as to where you are for a lunar eclipse...
sight
Sight
* For a solar eclipse, there is no specific requirement about the angular sizes.* For a TOTAL solar eclipse, the angular diameter of the Moon must be larger than that of the Sun.
A solar eclipse can only happen when the Moon goes between the Earth and the Sun, and that is at new moon. And for a lunar eclipse, the Moon must get into Earth's shadow; that means it must be opposite to the Sun and that means full moon.
A lunar eclipse is possible only at the time of Full Moon. A solar eclipse is possible only at the time of New Moon.
The eclipse must occur during daytime at your location, you must be located within a few tens of miles of the central path of the eclipse, the sky at your location must be clear at the time of totality, and you must be awake and outside.
For both, you must be outside, and your sky must be clear. For a lunar eclipse, it must be night-time, it must be the time of the Full Moon, and there must be a lunar eclipse in progress. Then you simply stand there, look at the moon, and watch its appearance go through its many changes over a period of several hours. If you have moderately advanced photographic equipment, then you'll be able to capture some pictures of what's going on. For a solar eclipse, it must be daytime, it must be the time of the New Moon, and there must be a solar eclipse in progress. Then you must arrange some means of projecting the image of the sun and observing that, because it is very dangerous to just stand there and look at the sun. If you have moderately advanced photographic equipment, then you'll be able to capture some pictures of what's going on.