How to use in-sentence of “galilean”:
+ Those moons are now called the Galilean moons.
+ They are called the Galilean moons, because Galileo Galilei discovered them.
+ Early binoculars had two Galilean telescopes without prisms.
+ It was the first new moon of Jupiter since Galileo Galilei’s discovery of the Galilean moons in 1610.
+ The most massive of the moons are the four Galilean moons, which were independently discovered in 1610 by Galileo Galilei and Simon Marius.
Example sentences of “galilean”:
+ Ganymede is part of a group called the Galilean Satellites.
+ All four Galilean moons are bright enough that they could, if they were farther away from Jupiter, be seen without a telescope.
+ The laws of mechanics of Galileo and Newton are valid in a Galilean coordinate system.
+ Classical or Galilean relativity is the idea that if you throw a ball at 50mph while running at 5mph, the ball travels 55mph.
+ Newton’s law of universal gravitation, added to the three Galilean laws of motion and some other presumptions, was published in 1687.
+ Unlike most of Jupiter’s moons, which orbit in groups, Themisto orbits alone, midway between the Galilean moons and the first group of prograde irregulars.
+ A Galilean coordinate system is one where the law of inertia is valid.
+ From the moons of Jupiter, solar eclipses caused by the Galilean satellites would be spectacular, because an observer would see the circular shadow of the eclipsing moon travel across Jupiter’s face.
+ Aside from the Sun, the most prominent objects in Jupiter’s sky are the four Galilean moons.
+ Ganymede is part of a group called the Galilean Satellites.
+ All four Galilean moons are bright enough that they could, if they were farther away from Jupiter, be seen without a telescope.
+ The Galilean moons are by far the largest and most massive objects to orbit Jupiter.
+ This exhibits Galilean invariance—its mechanical interactions proceeding without variation—also called Galilean relativity since one cannot perceive whether one is at rest or in uniform motion.
+ All four Galilean moons stand out because of the swiftness of their motion, compared to the Moon.
+ Galilean laws of motion led to the overthrow of Aristotle’s ideas, a revolution more or less completed by the wide acceptance of Cartesian physics, built upon Copernican and Galilean mechanics.
+ Galileo Galilei found what came to be known as the Galilean moons around December 1609 or January 1610.
+ These four are called the Galilean moons.