When you only see black through your telescope, it may be because the telescope is not properly focused or aligned with the object you are trying to observe. Adjusting the focus and alignment of the telescope can help you see clearer images of objects in space.
When in space and looking out, the observer will see a lot of black. Light will come from stars and galaxies, and will be reflected from planets or other bodies around, but the rest of the "sky" will be black. Light will arrive at the observers position without being scattered by atmosphere. Dust and some gas can appear to glow when looked at through a telescope, but to the naked eye, it's really black out there.
Mercury has a black sky despite being the closest planet to the Sun. This is because it has a very thin atmosphere that cannot scatter the sunlight, resulting in a black appearance.
The NuSTAR was launched by NASA and stands for Nuclear Spectroscopic Telescope Array and it is a space based X-Ray telescope that uses a Wolter telescope to monitor black holes more massive than the sun. It also aims to understand how elements in the explosions of stars are created.
Oh, isn't that just the most beautiful sight? Stars, when viewed through a telescope, sparkle like little diamonds against the velvet-black sky. They shimmer and twinkle, showering us with their ethereal glow, reminding us of the vastness and wonder of the universe. Just imagine painting those magnificent celestial treasures on a mesmerizing night sky canvas.
Your telescope will not be directly pointing at an object, and since the night sky is black, your view will be black!
Click to the right or left (in the black area) you should see an arrow when you hover over a certain spot.
No one has "seen a black hole" but evidence of where a black hole must be has been observed.
no detail on the fly, as (depending on the design) an astronomical telescope has trouble focusing any closer than about 8 metres, let alone an object actually on the objective lens. I imagine the view would be tarnished by a black smudge in the Field of view.
The Hubble Space Telescope did not fly through any black holes, as there are none in our solar system. If it did fly into a black hole it would have been crushed by gravitational pressure
Galileo discovered that the planet Venus has phases (like the moon); he saw that the Moon had craters and mountains; and that the Sun had moving black spots on its face; and four new moons circling the planet Jupiter. His biggest achievement though, was that the Earth rotates the Sun.
When you only see black through your telescope, it may be because the telescope is not properly focused or aligned with the object you are trying to observe. Adjusting the focus and alignment of the telescope can help you see clearer images of objects in space.
I don't know what a "4 black telescope" is. You'd have to be more specific and at least give a manufacturer and model number.
Just sort of memorize where the red, green, and blue planets are. You will get the coordinents, but it helps to have an idea beforehand. Also, remember where the black hole is, because you need to be able to avoid it, and also use it to get the space sharks away from the ice planet.
With binoculars, Venus would look like a very bright object. To see more detail, such as dark sports, you would really need a telescope.
Idont know
Yes, they can move through space just like a planet or star.