Kepler used Tycho Brahe's data by developing his Laws of planetary motion and by analyzing his observations about planet's orbit.! :D
His biography doesn't tell us that information.
The Tycho crater on the Moon appears to always be facing Earth due to a phenomenon called "libration." Libration is the slight rocking and wobbling of the Moon that allows us to see a slightly different angle of the Moon's surface over time, making it seem like the Tycho crater is always facing us.
Galileo made many observations that supported the Sun-centered model of planetary motion. He had the best observing tool in the world at that time, the newly discovered telescope which he improved upon. With these instruments he was able to get considerably more detailed information about the apparent motion of planets and the moons of planets. This work did far more than simply undermine the Earth-centered models. It provided substantially more data to explain, especially data like phases of moons and planets and occultations. Galileo and Kepler were contemporaries and corresponded, thought Kepler developed his first two laws (1605) before Galileo made his first telescope in 1609. Though Kepler and Galileo were in disagreement over many scientific issues of the time, each was well aware of the theories and observations of the other. There is, for example, specific reference in Kepler's work of the observation of the moons of Jupiter as supporting evidence for his own theories. In addition, Kepler built his own telescope based on Galileo's design and then substantially improved the design. There can be no doubt that some of Galileo's work and theories helped Kepler to complete his three laws on orbits in 1618. Though Kepler is appropriately credited with arriving at the three laws of planetary motion, the work of Galileo, especially regarding the moons of Jupiter, helped matters along. Answer 2: In fact Kepler's work was based on the observations of Tycho Brahe, the Danish nobleman who employed him and who had accurate equipment for the measurement of the positions of the planets. Kepler and Galileo corresponded very infrequently, and after a first exchange of letters in 1597 there was no more correspondence between them for twelve years during which time the major part of Kepler's work was completed. Galileo's observations may have contributed towards Kepler's calculations in a general sense but not in any great detail. Apart from that, Galileo's contribution to science was very broad and significant, particularly his founding of the science of dynamics, but before 1610 everything he wrote was for private circulation. His first public pronouncement on the Copernican system came in 1613.
The Kepler Mission is important because it has discovered thousands of exoplanets, significantly expanding our knowledge of planets beyond our solar system. This has helped us better understand the prevalence and diversity of other planets, and has provided valuable data for studying planet formation and the potential for life elsewhere in the universe.
No. Kepler 22-b is over 600 light years away, much too distant for us to reach. Even then, it probably cloud not support human life.
Johannes Kepler's inventions, particularly his laws of planetary motion, laid the groundwork for modern astronomy and our understanding of the universe. Today, his work continues to influence space exploration, satellite technology, and our ability to predict and understand celestial phenomena.
Not directly, no. Hubble's Law deals with the expansion of the Universe, it relates the speed with which a distant galaxy moves away from us to its distance to us. Kepler's Laws are laws for planetary motion, they tell you how planets move etc. Kepler's Laws are strictly not even true because they contradict Einstein's theory of general relativity (Einstein's theory describes planetary motion better).
it is primary data
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You would need to tell us about the data, the hypothesis and so on for us to be able to answer.
Probably not. Very little is known about Kepler-22b. We know that it orbits in its star's habitable zone, but we do not know its composition, mass, or temperature. Chances are it would not be suitable for humans. Even then, Kepler 22b is about 600 light years away. Much to far for us to travel with current technology, if interstellar travel will ever be possible.
data means information useful or useless for us