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?
During the Moon's revolution, an observer in space would see the moon, but would not be able to see it spin around. From far to the north, about the solar system, the moon would appear to make a squiggly
During a full moon, the Earth is positioned between the Sun and the Moon. The Sun is illuminating the side of the Moon that faces Earth, making it appear fully lit from our perspective. This alignment causes the Moon to appear bright and full in the night sky.
During a full moon, the moon is opposite the sun with Earth in between, meaning the moon is closer to Earth and further from the sun. This alignment allows the moon to appear fully illuminated from our perspective on Earth.
During a full moon, the sun, Earth, and moon are in a straight line with the Earth in the middle. The sun illuminates the entire side of the moon facing the Earth, making it appear fully illuminated from our perspective.
When Venus is in its full phase, Earth would appear in its new phase as seen by a hypothetical Venetian. This is because the position of Earth in relation to the Sun would cause it to appear fully illuminated from Venus, similar to how Venus appears fully illuminated from Earth during its full phase.
During the Moon's revolution, an observer in space would see the moon, but would not be able to see it spin around. From far to the north, about the solar system, the moon would appear to make a squiggly
During a full moon, the Earth is positioned between the Sun and the Moon. The Sun is illuminating the side of the Moon that faces Earth, making it appear fully lit from our perspective. This alignment causes the Moon to appear bright and full in the night sky.
During a full moon, the moon is opposite the sun with Earth in between, meaning the moon is closer to Earth and further from the sun. This alignment allows the moon to appear fully illuminated from our perspective on Earth.
During a full moon, the sun, Earth, and moon are in a straight line with the Earth in the middle. The sun illuminates the entire side of the moon facing the Earth, making it appear fully illuminated from our perspective.
When Venus is in its full phase, Earth would appear in its new phase as seen by a hypothetical Venetian. This is because the position of Earth in relation to the Sun would cause it to appear fully illuminated from Venus, similar to how Venus appears fully illuminated from Earth during its full phase.
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.
yes it does
When the moon is full, the full of the face of the moon that is facing earth is lit by the sun. The only way this can happen is if the earth is between the sun and the moon. We need the sun "behind us" to allow the sun to light up all of the moon's face so it can appear full.
During a full moon, the side of the moon facing Earth is fully illuminated by the sun, making it appear as a complete circle from our perspective. The side not facing Earth is in shadow, causing us to only see the illuminated side during a full moon.
The moon must be on the opposite side of the Earth from the Sun to appear full. This alignment causes the sunlight to fully illuminate the side of the moon facing the Earth, creating the appearance of a full moon.
There are eight main moon phases that can be seen by an observer on Earth: new moon, waxing crescent, first quarter, waxing gibbous, full moon, waning gibbous, third quarter, and waning crescent.
The hurdles are in the eyes of the observer. The bottle is half empty and half full. The observer can look in both ways . Without friction in the earth we cannot move the automobiles. Try to meditate on the problems and you may be able to see them in another angle.