At full Moon, that is, when the Moon is opposite to the Sun, from our point of view.
At full Moon, that is, when the Moon is opposite to the Sun, from our point of view.
At full Moon, that is, when the Moon is opposite to the Sun, from our point of view.
At full Moon, that is, when the Moon is opposite to the Sun, from our point of view.
The eath rotats
I think I know what you are driving at, but your question needs some clearing up. When one thing "affects" something else, it usually means that the two things are independent, or if they are not completely independent, they are not completely overlapping. For example, temperature affects the number of mosquitos and other insects that will hatch out in the spring. If we have a very very warm winter, the normal process that would kill off some of the eggs doesn't happen. As a result, more insects. Temperature and the number of mosquitos are pretty much independent realities, but one affects the other. Poor nutrition among children will affect the number of illnesses that the children will contract. Same idea. The moon phases don't really have any kind of causal affect on eclipses similar to the affects mentioned above. In fact, moon phases don't really exist as concrete, physical things. They are just names we give to the appearance of the moon depending on what part of it we can see. If you were living in a colony on the moon, you wouldn't be particularly interested in moon phases as observed from earth. You'd be more interested in the moon "day", which would last about 29.5 earth days. What happens is that the moon's phases are connected to lunar and solar eclipses. The phases don't cause or affect eclipses, and eclipses don't cause or affect phases. Phases and eclipses are all part of the same process of earth orbiting the sun, and moon orbiting the earth. If it is near the full moon, you will NEVER observe a solar eclipse. Clearly, the full moon happens when the earth is very nearly between the sun and the moon. That's why we can look up and see the fully (or nearly so) lit moon in the sky. However, full moon is often "Lunar Eclipse Season". If a lunar eclipse is going to happen, it must happen during a full moon. Again, one is not causing the other. If it is near "new moon", that is, the moon's face is completely or nearly completely unlit by the sun, you will NEVER observe a lunar eclipse. New Moon happens when the moon is between the sun and the earth, and the three are lined up as closely as they are going to get. New moon is often "Solar Eclipse Season". If a solar eclipse is going to happen, it must happen at new moon. Again, one is not causing the other.
An Earthquake
about 2/3 or 67% of earth is water
The distance of earth from the sun is about 93,000,000 miles
The moon has sailed into the Eath's shadow. Then, for a while, the sun can't shine on the moon, because the Earth is in the way.
when eath come in between the sun and moon lunar eclipse take place.As we know that moon revolves and rotate around the earth and earth revoles and rotate around the sun,sometimes the earth come between earth and sun while revolving around the sun and moon goes to back side of earth while rotating around the earth............
when eath come in between the sun and moon lunar eclipse take place.As we know that moon revolves and rotate around the earth and earth revoles and rotate around the sun,sometimes the earth come between earth and sun while revolving around the sun and moon goes to back side of earth while rotating around the earth............
The eath rotats
A lunar eclipse occurs when the Earth passes between the Sun and the Moon, creating a shadow that covers the Moon. This causes the Moon to appear darker or sometimes take on a reddish hue, known as a "blood moon." There are three types of lunar eclipses: total, partial, and penumbral.
to thank the eath
it didn't so don't ask
There is no such place as "eath" in the solar system.
the sun moves around the eath not the eath moves around the sun by falaby66
because god made him with dust
new teknology but i dont know what eath is...
God