it gets so light from the sun and shows it beautiful side :)
The moon is in front of the sun at night, and the moon reflects the sun's light.
The direction is is lit from. When the Moon is lit (by the Sun) from straight on it appears full, when it is lit from behind it appears new, and when it is lit from the side it looks like a semi-circle.
They do. The moon just isn't lit up in the day time but it is still visible.
The moon must be positioned opposite the sun in relation to Earth, which happens during a full moon phase. This alignment allows the sunlight to fully illuminate the side of the moon facing Earth, making it appear fully lit from our perspective.
Because the Moon and the Sun are rotating the Earth , then in other country is Morning and in the other country it is Evening. ............................bhEiA..17.,.
In a gibbous moon phase, most of the moon that we see is lit.
You can often see the entire "near side" of the Moon, because even though the sunlit half is very bright, the other part is dimly lit by reflected Earthlight. However, the official answer to your question is probably "one quarter". You can only see one-half of the Moon, and only half of that is lit up by the Sun.
Before the new moon, less of the moon is lit up when viewed from Earth.After the mew moon, more of the moon is lit up when viewed from Earth.
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.
the moon
The general term for the visible lit part of the moon is "the phase of the moon." The visible lit portion can have a crescent shape, a gibbous shape or a "half-moon" (half circle) shape.
The moon appears to be lit because it reflects sunlight. As the sun shines on the moon, its surface reflects the sunlight back towards the Earth, creating the appearance of moonlight. This is why we see different phases of the moon depending on its position relative to the Earth and the sun.