Earth's atmosphere partially blocks or absorbs certain wavelengths of radiation, e.g. UV, gamma rays, X-rays, before they can reach Earth's surface. All these wavelengths contain useful information and a telescope outside (beyond) the atmosphere can make use of them too.
Telescopes that work grounded on Earth include optical telescopes, radio telescopes, and infrared telescopes. However, space telescopes, such as the Hubble Space Telescope, do not operate from the Earth's surface. Instead, they are placed in orbit to avoid the Earth's atmosphere, which can distort observations.
the study of astronomy is to collect lite from objects in deep space with telescopes and ridio telescopes and to find out how life evolved
False. Different space telescopes are designed with varying instruments and technologies, which allows them to collect different types of information about objects in space. For example, some telescopes may be optimized for infrared observations, while others focus on ultraviolet or radio wavelengths, leading to diverse data and insights about the same astronomical object.
Various devices are used to explore outer space, including space probes, telescopes, and satellites. Space probes, like Voyager and New Horizons, travel beyond Earth's orbit to gather data about other celestial bodies. Telescopes, such as the Hubble Space Telescope, capture images and data from distant stars and galaxies. Satellites orbit Earth and other planets to monitor conditions and collect information for scientific research.
Most telescopes collect and focus light from distant objects in space, such as stars, planets, and galaxies. This focused light is then magnified and analyzed by astronomers to study and make observations about the universe.
Telescopes that work grounded on Earth include optical telescopes, radio telescopes, and infrared telescopes. However, space telescopes, such as the Hubble Space Telescope, do not operate from the Earth's surface. Instead, they are placed in orbit to avoid the Earth's atmosphere, which can distort observations.
Light enters space telescope without distortion from Earth's atmosphere
Radio signals are sent from Earth, to operate the telescopes.
Telescopes are used to see things that are far away from earth. Using telescopes we can see things that are millions of miles away. Most of the telescopes are on Earth but some of them are in space such as the Hubble Space Telescope.
Tools such as satellites, space shuttles, and telescopes are used to explore space. Satellites take photos of certain objects in space depending on the mission. Obviously, space shuttles contain humans that are sent on a mission to explore certain object in space. Telescopes are used from Earth.
Telescopes.
light telescopes and radio telescopes whether installed on earth or on space vehicles
An Earth-bound telescope is merely a telescope located on Earth. This term is used to distinguish all of our normal telescopes on Earth from space telescopes or orbiting telescopes. The Hubble space telescope is the most famous space telescope, but there are many dozens of telescopes orbiting Earth which look at Earth or the Sun or other objects in space. Obviously, it is easier to construct an Earth-bound telescope and they can be bigger since getting a telescope into space requires a rocket and a lot more engineering and money. Space telescopes have the advantage of being outside the atmosphere and thus no atmosphere to diminish the quality of the image. For infrared telescopes there is the advantage of being in the cold environment of space where the interference from radiations of hot objects on Earth is absent. On the other hand, space telescopes are hard to repair and you can't really be there to look through them.
Actually they are.
the study of astronomy is to collect lite from objects in deep space with telescopes and ridio telescopes and to find out how life evolved
All major astronomical telescopes are equipped with spectrographs, including the Hubble and Spitzer Space Telescopes.
False. Different space telescopes are designed with varying instruments and technologies, which allows them to collect different types of information about objects in space. For example, some telescopes may be optimized for infrared observations, while others focus on ultraviolet or radio wavelengths, leading to diverse data and insights about the same astronomical object.