Light from the sun.
The moon reflects light from the Sun.
You only see a percentage of the moon because the Earth is blocking the light from the sun which then reflects off the moon. The other part of the moon has no light shining on it, therefore it cannot be seen
because the sun reflects off the moon, making it glow. :(
Because the sun reflects light off the moon.
The Moon has a reflective surface. So it reflects off of the suns light. Making it seem like it is shining! The Moon also revolves around the Earth. So it reflects differently around the Earth, giving Earth the different moons!!
As the moon rotates around the earth the sun reflects off of the moon at different angles(as it may be blocked by the earth). The moon's glow, remember, is only a reflection of the sun's shine.
The moon only apears to shine because it reflects sunlight from its surface. During a solar eclipse the moon passes between the Sun and the Earth so the sunlight reflects off the surface of the moon which is not visible from Earth.
The Earth experiences moon phases because of the changing positions of the Moon, Earth, and the Sun. As the Moon orbits the Earth, different amounts of sunlight reflect off its surface, creating the varying shapes we see from Earth.
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.
Because the light from the sun reflects off the earth and enables them to see
No, the moon's light is actually sunlight that is reflected off its surface. The moon doesn't produce its own light; it merely reflects the light from the sun.
You can see a lunar eclipse just not a solar. Lunar is when the moon turns orange from a lack of light, when it's behind the earth, then light reflects off of other planets. Solar is when the moon is in between the earth and the sun, blocking light th o the earth