When you see the moon at night, is it its own light?

Not. The light is reflected by the sun, and when it is reflected on the moon, it will appear very bright, so it will not shine by itself.

No, it is emitted through the light of the sun, and the moon itself has no brightness, but shines through the illumination of other planets.

Of course not, the moon does not shine on its own, it is the light of the sun, through the light of others.

It's not the light it emits itself, it's because of the reflection of the sun's rays, so it only lights up at night.

No, it's it that reflects the sun's light, and this sphere doesn't emit light, it's just a planet that revolves around the earth.

No. The moon doesn't shine at all, and the reason why the moon is like this is because of the sun's reflected light.

Not really, because the light of the moon is reflected with the help of the sun's light.

No, it doesn't shine on its own, its light comes from the sun.

The moon is close to the earth, and the sun's strong light is only "credit"; If you look at the Earth from the Moon, it is bigger and brighter; The people and things around us are not mirrors, if they don't reflect light, we can't see them, if they are mirror-like things, you will feel dazzling, that is, "if the moon is a mirror, and we are within the angle of reflection that reflects the sun, it will be very dazzling, just like we look directly at the sun." In fact, the light on the moon is the sun's light, but this light is scattered by the moon, so we can see the reflected light of the moon, and the moon itself does not emit light.

The moon reflects the sun's rays because the surface of the moon is uneven, resulting in diffuse reflection, so we can see the moon in almost all locations on the earth, and any object in the universe can be reflected except for black holes, and the moon is reflected due to the illumination of the sun, just like you can see pedestrians under the street lamps on the street at night. Many of the stars you see are reflected light, and they are all bright, but they are a little far away.

The surface of the moon is uneven, much worse than the average reflector. Its average albedo is only 9%, and the rest is absorbed by the moon. But the brightness of the moon changes, and when it is full, it is more than ten times brighter than the upper and lower strings.

It illuminates the earth as much as a 100-watt light bulb at a distance of 21 meters. Because the Moon is so close to the Earth, the Moon is a satellite of the Earth, and the average distance is only 300,000 kilometers. In the vastness of space, and the closest star to the Earth, distance is the only determining factor, and other factors such as reflectivity, atmosphere, etc., have little effect.

It's not a question of whether it's a mirror or not.

The moon itself does not emit light, and moonlight is reflected light. **The things on the don't emit light, it doesn't mean that they can't reflect it, if they don't reflect it, it won't be a black hole, the stars we see, in the solar system, like the moon, reflect the sun's light. Other than that, the stars you see are like the sun.

Like the Moon, it is far away from our Earth and looks so small.

Sun. Because the Moon is not a star and does not emit light, it can reflect the sun's rays, so it looks brighter.

The reflection from the sun is because of the reflection of the sun to be able to have such light, and if there is no light from the sun then the moon cannot be seen at all, so there is a certain scientific proof.

The light of the moon actually comes from the sun's irradiation, because the moon is also relatively close to the sun and can be reflected by the light.

His light is supposed to be refracted by the sun, and then the light emitted, but the moon does not shine.

The bright light of the moon is produced by reflecting the sun's light, and the moon itself does not emit light.

The light that is produced by reflecting the sun's rays is because the moon is a satellite of the earth and the moon itself has no light.

The moonlight of the moon is produced by reflecting the sun's rays, and the moon itself does not emit light.

The reason why we see the moon is so bright is because of the superposition of brightness, which is only a visual feeling, and what the human eye perceives is the sum of the actual brightness of 20 million moon rays after 380,000 kilometers of propagation and attenuation.

We see the moon with the naked eye, but it is not the light emitted by the moon itself. The moon is a satellite, and its light comes from the light that reflects the sun.

If it is particularly bright, it may be Venus or Jupiter.

In fact, there are many stars that may appear next to the Moon, and they are very conspicuous, such as Mars, Saturn, and some brighter stars.

Venus generally appears in the morning and evening, when the moon first comes out, the horizon is not far away, Venus is not too high, but it is the brightest star in the night sky.

The second brightest star in the night sky (the Sun and Moon are no longer called stars) is Jupiter, and if a very bright star appears next to the Moon at a distance from the horizon of the wheel, it is most likely Jupiter.

Other brighter planets, such as Mars and Saturn, or some stars, such as Sirius, will be weaker in relative brightness, but these stars will also be very conspicuous.

There are 21 first-magnitude stars, 46 second-magnitude stars, 134 third-magnitude stars, 458 fourth-magnitude stars, 1,476 fifth-magnitude stars, and 4,840 sixth-magnitude stars in the sky, for a total of 6,974 stars. Brighter ones are magnitude 0 to negative magnitudes. For example, the Sun is equal, the full moon is equal in brightness, and Venus can reach so many when it is at its brightest.

In addition, the brightness of many planets, such as Mars, can change, which is caused by the fact that Mars and the Earth are not synchronized around the Sun, and Mars is also very bright when Mars is closer to the Earth.