Are there any disadvantages of eclipse?
The eclipse occurs when the moon is between the earth and the sun. The process is explained in the picture below.
Now this position of the moon, sun and earth has to be taken away from human life. The eclipse, or the eclipse, must orbit the sun and the moon must move.
In the days when moon stars were worshiped, eclipses and lunar eclipses were associated with various fairy tales that frightened humans.
Only eye protection is required during eclipse. It has nothing to do with eclipse, but with the strong sunlight. You may have noticed that if there is a bright light in the eyes, nothing is visible in time. If the light is too bright and stays in the eyes for a few seconds, then the eyes are severely damaged. When the moon completely covers the sun, one can look at the sun without protection. But if the eclipse is not complete, looking at the sun without protection can cause harm to the eyes. And the reason for this is no eclipse, the sun's shining.
This is also wrong if someone has told you that certain radiations are emitted during the eclipse. Nothing like that happens. Radiation that comes out of the sun to the planet in the presence of the eclipse also occurs daily in the absence of the eclipse. And by the way, eclipses don't seem to happen all over the world. The size of the earth is greater than the moon. The shadow of the moon cannot cover the entire earth during the eclipse. This is also seen in the picture below.
We can experience how bad sunlight can affect the eyes with the energy saver or LED bulb in the room.
Look at the energy saver or LED bulb in the room for a while. You won't see it for long. The bigger the bulb, the faster the eyes respond. And moreover, after removing the eyes from the bulb you will not see anything for a while. Gradually the eyesight will be restored. Where a small bulb now and where the sun produces so much radiation. If we look at the sun for a brief moment, something like that will happen when looking at the bulb. So it's a matter of watching the sun direct.
Now point one finger toward the bulb so that it covers the distal bulb. This finger is a straight moon that just covers the light coming towards you. The light is still going on throughout the room. Apply this to the moon and the sun in the picture below. Now you can close your eyes and look at this bulb for as long as you want. This is the eclipse sun.
The eclipse occurs when the moon is between the earth and the sun. The process is explained in the picture below.
Now this position of the moon, sun and earth has to be taken away from human life. The eclipse, or the eclipse, must orbit the sun and the moon must move.
In the days when moon stars were worshiped, eclipses and lunar eclipses were associated with various fairy tales that frightened humans.
Only eye protection is required during eclipse. It has nothing to do with eclipse, but with the strong sunlight. You may have noticed that if there is a bright light in the eyes, nothing is visible in time. If the light is too bright and stays in the eyes for a few seconds, then the eyes are severely damaged. When the moon completely covers the sun, one can look at the sun without protection. But if the eclipse is not complete, looking at the sun without protection can cause harm to the eyes. And the reason for this is no eclipse, the sun's shining.
This is also wrong if someone has told you that certain radiations are emitted during the eclipse. Nothing like that happens. Radiation that comes out of the sun to the planet in the presence of the eclipse also occurs daily in the absence of the eclipse. And by the way, eclipses don't seem to happen all over the world. The size of the earth is greater than the moon. The shadow of the moon cannot cover the entire earth during the eclipse. This is also seen in the picture below.
We can experience how bad sunlight can affect the eyes with the energy saver or LED bulb in the room.
Look at the energy saver or LED bulb in the room for a while. You won't see it for long. The bigger the bulb, the faster the eyes respond. And moreover, after removing the eyes from the bulb you will not see anything for a while. Gradually the eyesight will be restored. Where a small bulb now and where the sun produces so much radiation. If we look at the sun for a brief moment, something like that will happen when looking at the bulb. So it's a matter of watching the sun direct.
Now point one finger toward the bulb so that it covers the distal bulb. This finger is a straight moon that just covers the light coming towards you. The light is still going on throughout the room. Apply this to the moon and the sun in the picture below. Now you can close your eyes and look at this bulb for as long as you want. This is the eclipse sun.
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