Due to the dust in the earth's atmosphere, the vision of a telescope on earth will be poorer. But space telescopes can observe cosmos clearly due to the absence of dust or any other such particles.
Using probes to collect data from space allows for direct measurements of the space environment and celestial bodies, providing accurate and reliable data. These probes can be tailored to specific missions and carry specialized instruments for different purposes, enabling more detailed and precise data collection. Probes are also able to travel to remote locations in space where humans or telescopes cannot easily reach, expanding our understanding of the Universe.
Some space probes currently in space include the Parker Solar Probe, Juno (studying Jupiter), and the Voyager probes (Voyager 1 and Voyager 2) which are now in interstellar space. These probes are conducting various studies and missions related to planetary exploration and scientific research.
Space probes are designed to explore and study heavenly bodies such as planets, moons, asteroids, and comets in space. They collect data on the composition, atmosphere, surface features, and other characteristics of these celestial objects to help scientists better understand the universe and its origins.
NASA gets it's space probes back to earth by computer commands. However. most space probes are not designed for re-entry and remain in space to continuously monitor planets and such.
I think it might be because probes are cheaper and just in case something goes wrong, it would not end up resulting in loss of life. (Just an opinion though.)
pros: We can learn lots of things by sending crews and space probes. For without space probes how would we be able to tell the weather. cons: Many humans can die in space if there is a problem with the space craft and billions of dollars will be wasted.
Space probes would be safer.
How do space probes aid in space exploration
Probes in Space was created in 1975.
Some space probes carry landers, but most do not.
4 space probes
Statellites and space probes are orbits that go around the Earth. This is to get data.
Callisto probes carbon dioxide
Using probes to collect data from space allows for direct measurements of the space environment and celestial bodies, providing accurate and reliable data. These probes can be tailored to specific missions and carry specialized instruments for different purposes, enabling more detailed and precise data collection. Probes are also able to travel to remote locations in space where humans or telescopes cannot easily reach, expanding our understanding of the Universe.
NASA occasionally sends out space probes instead of humans because astronauts could not survive on some of the places that space probes are sent to.
Some space probes currently in space include the Parker Solar Probe, Juno (studying Jupiter), and the Voyager probes (Voyager 1 and Voyager 2) which are now in interstellar space. These probes are conducting various studies and missions related to planetary exploration and scientific research.
Space probes are designed to explore and study heavenly bodies such as planets, moons, asteroids, and comets in space. They collect data on the composition, atmosphere, surface features, and other characteristics of these celestial objects to help scientists better understand the universe and its origins.