The long trails of ejecta on the moon's surface are called lunar rays. These rays are formed when material ejected from a lunar impact event spreads out in long patterns across the surface, creating bright streaks that stand out against the darker lunar terrain.
It is called an eclipse when Earth blocks the sun's rays from reaching it.
The event where the moon is not illuminated by solar rays is called a "lunar eclipse." During a lunar eclipse, the Earth is positioned between the sun and the moon, causing the Earth's shadow to fall on the moon. This can result in a partial or total eclipse, depending on the alignment of the three celestial bodies.
These fine radial streaks are simply refered to as rays. They are formed from the ejecta from the explosion, from the Moon being hit at high speed. You may see Related Links for more information on crater rays.
the sun rays always reaching to the moon. when the earth block the sun rays from reaching the moon, the lunar eclipse can be formed. But the moon revolves round the earth, the blocks are removing from the moon. so the moon got different shapes.
craters... :)
The long trails of ejecta on the moon's surface are called lunar rays. These rays are formed when material ejected from a lunar impact event spreads out in long patterns across the surface, creating bright streaks that stand out against the darker lunar terrain.
It is called an eclipse when Earth blocks the sun's rays from reaching it.
That would be a lunar eclipse.
The event where the moon is not illuminated by solar rays is called a "lunar eclipse." During a lunar eclipse, the Earth is positioned between the sun and the moon, causing the Earth's shadow to fall on the moon. This can result in a partial or total eclipse, depending on the alignment of the three celestial bodies.
These fine radial streaks are simply refered to as rays. They are formed from the ejecta from the explosion, from the Moon being hit at high speed. You may see Related Links for more information on crater rays.
A lunar eclipse occurs when the Moon passes behind the Earth so that the Earth blocks the Sun's rays from striking the Moon and a solar eclipse occurs when the Moon passes between the Sun and the Earth, and the Moon fully or partially blocks the Sun. This is a Solar: And this a Lunar:
the sun rays always reaching to the moon. when the earth block the sun rays from reaching the moon, the lunar eclipse can be formed. But the moon revolves round the earth, the blocks are removing from the moon. so the moon got different shapes.
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The ray systems correspond to the craters produced at the same time. Some ray systems on the Moon are from older craters that have since been overlaid by subsequent impacts in the same area.
Because - a lunar eclipse is when Earth blocks the sun's rays from hitting the moon. This can only happen when the sun, Earth and the moon are nearly perfectly aligned (meaning when Earth comes between the sun and moon - which is when we have a full moon.)
A lunar eclipse takes place when the sun and earth are aligned. The shadow casted from the earth when the sun's rays are direct with half of it then cover he entire moon. The thicker part of the shadow is called the umbra. The umbra is where the moon is covered completely. The penumbras are the thiner parts of the shadow spanning out larger than the moon. Ex: 0<- Sun-------->(rays) 0<-Earth------->(umbra) o<-moon