If you mean where would the Earth, Sun and Moon be during a lunar eclipse, then most simply put, the earth passes between the Sun and the Moon and the Moon falls either totally or partially within the umbral shadow cast by the Earth.
Please see the link below for a better detailed but simple explanation.
The earth does not block the sun during *most* full moons because it is not *directly* between the sun and moon. If the earth does block the sun from the moon, then the earth must be directly between the sun and moon. This will happen at full moon, since the three must be in a line, and you would see the full moon, then the eclipse, then the moon fully illuminated again.
The sun sets a glare on only one part of the moon each day. During a full moon the moon reflects light towards the Earth. During a new moon the moon reflects light away from the Earth.
During a lunar eclipse, a resident of the Moon would experience a solar eclipse; the Sun would be hidden behind the Earth.
During the new moon the Moon is between the Earth an the Sun. Hence only the side that cannot be seen from Earth is illuminated, making the moon appear dark. During the full moon the Earth is between the Sun and the Moon so sunlight falls on the side of the moon facing the Earth, making it appear bright.
during a lunar eclipse, earth, sun and moon are in a straight line, First it's the sun, then earth, and last the moon.
Full, large or whole. Maybe the question was meant to be...How would the Earth appear to an observer on the moon during a full moon?
The Moon is between the Sun and the Earth.It would look like this:Sun --> Moon --> Earth
The moon's light' is sunlight reflected by the moon towards earth. During a solar eclipse the moon is directly between the earth and sun. Therefore the sun-side of the moon is lit by the sun, but none of this would be reflected towards the earth.
(Sun) (earth) (full moon) so the moon is behind the earth in a full moon.
During a full moon, the moon is on the far side of the earth, away from the sun. In other words, the earth is between the sun and the moon. That means that the sun is behind us, shining on the part of the moon facing us. Therefore, we see the fully lighted side of the moon, which we call a full moon.
The earth does not block the sun during *most* full moons because it is not *directly* between the sun and moon. If the earth does block the sun from the moon, then the earth must be directly between the sun and moon. This will happen at full moon, since the three must be in a line, and you would see the full moon, then the eclipse, then the moon fully illuminated again.
Usually nothing. If there is, and the only thing that would be is Earth, we would get an eclipse.
Becausec the Moon is nearer the Sun than the Earth at New Moon.
The sun sets a glare on only one part of the moon each day. During a full moon the moon reflects light towards the Earth. During a new moon the moon reflects light away from the Earth.
The sun sets a glare on only one part of the moon each day. During a full moon the moon reflects light towards the Earth. During a new moon the moon reflects light away from the Earth.
During a lunar eclipse, a resident of the Moon would experience a solar eclipse; the Sun would be hidden behind the Earth.
Yes, that is why only a small sliver of the moon is visible from our vantage point on Earth during a new moon. When the moon is full, the Earth is now between the Sun and moon. In this configuration, we on Earth would now see the entire disk of the moon. It's important to know the the sun is actually always illuminating one-half of the moon's orb 24/7. It only appears in "phases" because of our perspective from Earth.