This "reflection" thing has confused a lot of people.
The whole point is that the moon doesn't shine with its own light, so you
can't see it unless something else shines on it and lights it up.
Just like rocks on a table in a dark room. If you want to see them, you need
a flashlight.
The moon is a big rock out there circling the earth. You can't see it unless something
shines on it and lights it up. The only flashlight in the solar system is the sun.
Light from the sun, like light from all stars, is produced through a nuclear fusion reaction inside the star. The moon, which obviously isn't a star, reflects the sun's light because its rocy, dusty, surface is very reflective. The main reason the moon does not give out it's own light is because is does not have a source. To produce light it needs fuel. The moon can only reflect light (which we can see) when it is facing towards us and on the backside side of the earth. The moon is like a big mirror. To trial this, use a light, a basket ball and a small cosmetic mirror. Put the light on a bench, then hold the basket ball about a meter or 2 away. Now using the mirror pointing towards the basket ball, move it around the basket ball and you will see how it reflects. (remember when the mirror is between the light and the basket ball, the backside of the mirror will be facing the light). The only reason you can see the moon durning the daylight hours is because it is actually blocking the sunlight, not reflecting it. (in saying that however, there would be a small amount of reflection from the moon edges that are closest to the sun). Actually I am slightly wrong here, the moon will reflect some of the light that is reflected from the earth. Hope this helps answer your question. Kevin.
Let's not get hung up on this "reflection" concept. The whole thing is just a fancy way of saying that the moon
doesn't shine, so when you're in a dark room with it, you can't see it. In order to avoid bumping into it as you
grope around, you have to shine a flashlight on it. Similarly, when it's up in the sky, you can't see it until somebody
shines a flashlight on it. The sun is just that big flashlight.
People keep getting hung up on this "reflection" thing, and the result is that a lot of
easy understanding of a simple process gets lost.
If you are in the dark with a rock in your hand, you can't see the rock unless you shine
some kind of flashlight on it.
We are in the dark, with a big rock that always stays near us, which we call the moon.
We can't see it unless some kind of flashlight shines on it and lights it up for us.
The sun is the only flashlight around, and the sun is the only reason we're able to see
any of the rocks or other things that make up the whole solar system.
The Moon does not emit any light of its own, therefore we can only see the sunlight that is reflected from it.
The Sun does not reflect the moon. The moon reflects the Sun's light.
the earths shadow is covering the unilluminated part so the sun is illuminating the rest
the moon is really high in space and the amount of light going to the moon would be hard not to reflect
Yes, that is correct.
Yes ma'am!! ;)
Only the half of the moon that is illuminated by sunlight will be visible; the other half is dark. Because the relative positions of the Earth, moon, and sun are always changing, the viewer on Earth will see varying amounts of the illuminated half of the moon.
the moon appears to change shapes because you only see the part of it that reflects sunlight THAT YOU CAN SEE. so of the 1/2 of the moon that is illuminated, you only see part of it, the part changing as the moon orbits the earth.
Only during a lunar eclipse, which can only happen during a full moon. The visible phases of the moon are caused by it changing its position relative to Earth and the sun. The visible portion is the moon's day side; the side facing toward the sun. The unlit portion is the night side, facing away from the sun.
The only time no portion of the moon that we can see from Earth is illuminated by sunlight is when the earth is in between the moon and the sun - this is called a new moon and the moon is not visible in the sky. However, viewed from out in space, some part of the moon is always lit by the sun except during a total lunar eclipse (and even then, it's illuminated dimly by sunlight refracted through Earth's atmosphere).
Just like the Earth, half of the Moon is lit by the Sun while the other half is in darkness. The phases we see result from the angle the Moon makes with the Sun as viewed from Earth. We only see the Moon because sunlight reflects back to us from its surface.
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 Moon is cold . . . it is bright only because it reflects Sunlight.
The moon only reflects 0.0002% of sunlight and reflects UV light only half as well as it does visible light. This means that the sun provides literally a million times more UV light than the moon does.
Why should it disappear? It's big, it's visible, and it reflects sunlight; OF COURSE it will be visible. The only reason we can't generally see stars during the day is because the sunlight is scattered all around the horizon, and the scattered sunlight "drowns out" the light of the stars and planets. But you can often see the Moon in the daytime, and if you know exactly where to look, you can often see the planet Venus during the day, too.
The Moon is a big ball of dusty rock; it doesn't provide any light of its own. But even though the Moon only reflects about 5% of the sunlight that hits it, the size of the Moon means that it reflects enough light to see.
The moon reflects light just as any other object reflects light that falls upon it. Only about 7% of the light from the Sun is reflected off the moon's surface == ==The moon reflects the light from the sun.
Bonds in molecules absorb light, In black the bonds absorb a lot of visible light frequencies. As black only reflects few frequencies of visible light. it gains it black colour.
Only the half of the moon that is illuminated by sunlight will be visible; the other half is dark. Because the relative positions of the Earth, moon, and sun are always changing, the viewer on Earth will see varying amounts of the illuminated half of the moon.
the moon appears to change shapes because you only see the part of it that reflects sunlight THAT YOU CAN SEE. so of the 1/2 of the moon that is illuminated, you only see part of it, the part changing as the moon orbits the earth.
Only during a lunar eclipse, which can only happen during a full moon. The visible phases of the moon are caused by it changing its position relative to Earth and the sun. The visible portion is the moon's day side; the side facing toward the sun. The unlit portion is the night side, facing away from the sun.
The Moon only reflects light from the Sun.
the moon does not give out light because the sun shines light and it reflects onto us on the earth please recommend me