Final answer:
The claim that we put telescopes in space to get them closer to the objects we study is false. Space telescopes are employed to avoid atmospheric interference and collect electromagnetic radiation more efficiently, offering clearer views of the distant universe.
Step-by-step explanation:
The statement 'We put telescopes in space to get them closer to the objects we study' is False. The primary reasons for placing telescopes in space are to avoid the Earth's atmosphere, which can distort and block the light that comes from space, and to collect electromagnetic radiation that the atmosphere filters out. Instruments like the Hubble Space Telescope and the Very Large Telescope have been deployed to capture faint light from distant astronomical objects, enabling us to observe galaxies so far away that their light has traveled to us over billions of years. By avoiding atmospheric interference, space telescopes can collect light more effectively, providing clearer and more detailed images that help us understand the universe's distant past. Simple telescopes using lenses have the important function of collecting and focusing faint light to study astronomical objects, and more advanced versions, like those mentioned, collect various kinds of electromagnetic radiation.