Why Space Appears Black
I think you're asking why you don't see the stars.
Any imaging system only has a limited range ("dynamic range") over which it can usably detect what it's looking at. In other words, it has to have a maximum bright, beyond which everything is just imaged as bright white, and a minimum dark, with anything darker than that indistinguishable from completely black. Eyes, film cameras, and digital cameras are all subject to this limitation.
In order to image the things of interest (the Space Shuttle, the Moon, the Earth) the dynamic range of the imaging device has to be set to be appropriate for the target. Stars, even though they put out some light, are still too dark to be distinguished from the black background, so they aren't visible, nor can they be photographed while the camera is looking at something bright.
Also, space has no atmosphere, so the astronauts are working in essentially an empty vacuum. There is no material to refract or reflect light, except the Moon, the earth, and the spacecraft and astronauts. So that is what you see.
This is because the Earth's atmosphere has many layers which causes the rays of light coming from the stars to refract. This gives the effect that stars twinkle. The air around the moon does not have layers so the rays from the stars do not refract, and thus do not twinkle.
You couldmake the solar system orshow the earth @ the bottom, divide background in half & paint half sun half moon
There used to be a sun god, Helios, and a moon goddess, Selene. For some reason their duties were taken over by the twins, Apollo (sun) and Artemis (moon).
moon,earth, other planets, stars space and my face because im a giant
Starry night looks like a town with a big pointy mountain. In the sky, there is the night sky with stars and a moon in a swirl.
The Moon's orbit is not precisely circular, so sometimes it is closer to the Earth than at other times. Most people don't normally notice this, but it's quite visible in a sequence of photographs of the moon taken over a month. See the related links for an animation showing this.
The Moon's orbit is not precisely circular, so sometimes it is closer to the Earth than at other times. Most people don't normally notice this, but it's quite visible in a sequence of photographs of the moon taken over a month. See the related links for an animation showing this.
The first photographs of the far side of the moon were taken by the Soviet mission Luna 3. It tool 29 photographs on 7 October 1959, from an altitude ranging from 63,500 km to 66,700 km above the surface.
The stars are visible from the moon and are in fact clearer than when view from Earth. You do not see the stars in pictures taken on the moon because the exposure is set too low for the camera to pick them up.
Yes, Mount Everest can be seen from the moon. There are also many photographs of Mount Everest taken from space if you search on Google Images for them.
mount a camera in the same spot, take a picture at say.. 12:00 at night , wait 24 hours and do it again, or wait longer, the longer you wait, the more obvious it is. The moon will not be in the same place as before.
The first photo of the moon was taken by John W. Draper in 1839. The moon was the intentional object of the shot, and not merely in the background of a landscape. The photo can be seen in the related link.
It would depend upon what it was printed on and its quality. All NASA photographs are "public domain", meaning anybody can go get one and make their own copies.
Stars can't be seen from the surface of the moon during the daytime because the brightness of the sun overwhelms the faint light of the stars. In the lunar night, stars can be seen, but due to the lack of a significant atmosphere on the moon to scatter the light, they appear much brighter and can make it difficult to see fainter stars.
Well, it's kind of like taking a picture of a completely dark room with a single bright light shining. The sunlight is so bright on the Moon's surface that it overwhelms the dim light of the stars. So don't worry, those stars are still shining bright up in the night sky, they're just shy on camera in that bright lunar spotlight.
They brought moon rocks and photographs from the moon.
Moon's orbital period . . . With respect to the distant fixed stars . . . 27.32 days With respect to the sun & the phases of the moon . . . 29.53 days