The sun is perpendicular to the Earth and the Moon, in the direction of the bright half of the Moon.
It is left
How much of the moon you can see from earth depends on the angle of light from the sun striking the moon. The changing angles of sunlight reflecting back to earth from the sun, creates the moon's phases.
Over time you can see about 56% of the lunar surface from the Earth, this is because the (almost) spherical Moon "wobbles" while orbiting the Earth and so we eventually can see a little more than the half that is facing us at any given time.
As viewed from Earth, we never see the complete bottom half of the Moon illuminated. Due to the position of the Moon in relation to the Sun, the angle of the Lunar terminator, which is the line between the dark and bright parts as we see it, does change. So sometimes more of the lower half is lit than the upper half. There isn't a particular name for that.As viewed from Earth, we never see the complete bottom half of the Moon illuminated. Due to the position of the Moon in relation to the Sun, the angle of the Lunar terminator, which is the line between the dark and bright parts as we see it, does change. So sometimes more of the lower half is lit than the upper half. There isn't a particular name for that.As viewed from Earth, we never see the complete bottom half of the Moon illuminated. Due to the position of the Moon in relation to the Sun, the angle of the Lunar terminator, which is the line between the dark and bright parts as we see it, does change. So sometimes more of the lower half is lit than the upper half. There isn't a particular name for that.As viewed from Earth, we never see the complete bottom half of the Moon illuminated. Due to the position of the Moon in relation to the Sun, the angle of the Lunar terminator, which is the line between the dark and bright parts as we see it, does change. So sometimes more of the lower half is lit than the upper half. There isn't a particular name for that.As viewed from Earth, we never see the complete bottom half of the Moon illuminated. Due to the position of the Moon in relation to the Sun, the angle of the Lunar terminator, which is the line between the dark and bright parts as we see it, does change. So sometimes more of the lower half is lit than the upper half. There isn't a particular name for that.As viewed from Earth, we never see the complete bottom half of the Moon illuminated. Due to the position of the Moon in relation to the Sun, the angle of the Lunar terminator, which is the line between the dark and bright parts as we see it, does change. So sometimes more of the lower half is lit than the upper half. There isn't a particular name for that.As viewed from Earth, we never see the complete bottom half of the Moon illuminated. Due to the position of the Moon in relation to the Sun, the angle of the Lunar terminator, which is the line between the dark and bright parts as we see it, does change. So sometimes more of the lower half is lit than the upper half. There isn't a particular name for that.As viewed from Earth, we never see the complete bottom half of the Moon illuminated. Due to the position of the Moon in relation to the Sun, the angle of the Lunar terminator, which is the line between the dark and bright parts as we see it, does change. So sometimes more of the lower half is lit than the upper half. There isn't a particular name for that.As viewed from Earth, we never see the complete bottom half of the Moon illuminated. Due to the position of the Moon in relation to the Sun, the angle of the Lunar terminator, which is the line between the dark and bright parts as we see it, does change. So sometimes more of the lower half is lit than the upper half. There isn't a particular name for that.As viewed from Earth, we never see the complete bottom half of the Moon illuminated. Due to the position of the Moon in relation to the Sun, the angle of the Lunar terminator, which is the line between the dark and bright parts as we see it, does change. So sometimes more of the lower half is lit than the upper half. There isn't a particular name for that.As viewed from Earth, we never see the complete bottom half of the Moon illuminated. Due to the position of the Moon in relation to the Sun, the angle of the Lunar terminator, which is the line between the dark and bright parts as we see it, does change. So sometimes more of the lower half is lit than the upper half. There isn't a particular name for that.
The phases of the moon are caused by the relative positions of the sun, the moon and the observer. It is possible to see phases of the moon in space depending on your position relative to the sun and the moon.
It is left
90 degrees (approximately) from the position of the moon, in the direction of the lighted side.
you can't see the half of the moon that is lit during a waning gibbous because of the position that the moon is in relation to the sun and earth.
Half (50 percent) of the moon is illuminated by the sun at all times, just as half of earth is always illuminated.The thing that changes is: How much of the moon's illuminated half can we see from earth ?
Half of the moon is always lit. Due to it's position in relation to the sun and the earth, we see a different moon every night.
At that time, there is still exactly half of the moon illuminated by the sun. But from our position on earth, we can only see a small part of the illuminated half.
Half of the moon always faces the sun unless its a lunar eclipse and there are moon phases so what we see can change Iqskirby
The light we see from the Sun is from the Sun itself; the entire surface of the Sun is bright. Only half of the Moon is bright, because it is illuminated by the Sun. The sun generates light, the moon can only reflect it, not generate any.
We see the Moon from different angles. When the Moon is opposite to the Sun in the sky, we see the illuminated part. When the Moon is in front of the Sun, we see the dark part. At a 90 degree angle, we see half of the Moon illuminated, and half dark.
How much of the moon you can see from earth depends on the angle of light from the sun striking the moon. The changing angles of sunlight reflecting back to earth from the sun, creates the moon's phases.
At the Full Moon, the Moon is on the side of Earth that is opposite from the Sun (i.e. behind the Earth as viewed from the Sun), so that the face of the Moon that we see is the half that is illuminated by the Sun.At any other time, we see "phases" of the Moon, because the Sun is illuminating part of the "far side", the face of the Moon that is never seen from Earth.
Over time you can see about 56% of the lunar surface from the Earth, this is because the (almost) spherical Moon "wobbles" while orbiting the Earth and so we eventually can see a little more than the half that is facing us at any given time.