Telescopes in space are able to view objects clearly without having to look through a thick layer of the Earth's atmosphere. This enables them to capture better pictures and observe dimmer and more distant objects.
Telescopes are the main tools used to study Uranus. Ground-based telescopes and space telescopes like the Hubble Space Telescope are used to observe Uranus and analyze its composition, atmosphere, rings, and moons. Other tools include spacecraft missions like Voyager 2, which provided close-up observations of Uranus when it flew by the planet in 1986.
The Earth's atmosphere is about 120 miles thick and anything we see from the surface of the Earth is distorted by the water vapor and debris that is in the air. If you are in space you do not have this distortion. The Hubble Telescope is a good example of space based telescopes.Scientists have put telescopes in space to avoid interference by the atmosphere.SOURCE:-Page 560 of Holt Science & Technology Earth Science-Chapter 18-Studying Space-Section 2- Telescopes-Optical Telescopes in Space
I only have two reasons,one is because Japan attacked pearl harbor,the second is America was sending threats to japan
reason number one. clouds and pollution. this makes looking at the sky almost impossible. reason 2. you live in an area full of lights. because its so bright it makes it harder to see the light coming from space. which is way dimmer.
Space is explored through a variety of methods, including robotic missions, telescopes, and human spaceflights. Robotic missions, such as satellites and rovers, conduct experiments and collect data on distant planets and stars. Telescopes, both on Earth and in space, allow scientists to observe celestial objects from afar. Human spaceflights, like those conducted by astronauts, allow for hands-on research and exploration in space.
Some instruments used in studying stars include telescopes, spectrographs to analyze the light from stars, photometers to measure the brightness of stars, and interferometers to combine light from multiple telescopes for higher resolution imaging. Telescopes can be ground-based or space-based, like the Hubble Space Telescope.
Astronomers have several reasons to send telescopes into space, including: * The atmosphere makes stars look blurry. the simple answer is the atmosphere. The layers of air in the atmosphere may seem clear but contribute to a fuzzy picture in space. To avoid this they send telescopes into space where nothing is in between the telescope and the observed object. One reason for sending telescopes into space is so that people can get a better look at the stars the second reason for this is so that scientist can discover more about stars. * The atmosphere completely blocks some kinds of light -- in particular, ultraviolet and far-infrared light. On earth, spectrometers using this kind of light tell us a lot about local materials. To get the same information about stars and planets, we need to put the spectrometer outside the veil of the atmosphere. People who are not astronomers have other reasons to send telescopes into space, including * Telescopes on "weather satellites" and "spy satellites" pointed at earth can get photos and accurate maps of places and weather that are extremely difficult to get in any other way.
The Voyager 2 space probe flew past Neptune in 1989. Other than that it has only been observed by Earth-based telescopes.
no only NASA's space craft Voyager 2 has made it to neptune sending back stricking photographs
There are 2 main reasons for a space suit. 1.For protection from radiation, small objects that are moving extremely fast, and the vacuum of space. 2. There is no oxygen in space, therefore oxygen tanks are vital for respiration in space. i hope this helps ;)
Neptune was discovered by the New Berlin Observatory telescope in 1846.The Voyager 2 space probe also did a fly-by of Neptune in 1989.
Sputnik 2 was sent into space to carry a living creature, Laika, a dog, as a test subject to explore the safety and feasibility of sending living organisms into space for future human spaceflights. It was also a demonstration of the Soviet Union's technological capabilities during the early space race.