Noun
/ɪˈlɪptɪk ˈmoʊʃən/
Elliptic motion refers to the motion of an object that follows an elliptical path, typically used in the context of celestial mechanics to describe the orbits of planets, moons, and other celestial bodies around a focal point, such as a star. This concept is particularly important in physics and astronomy, as it is governed by Kepler's laws of planetary motion.
Elliptic motion is often discussed in scientific literature, making it more common in written contexts compared to oral speech. However, it may appear in educational settings and lectures in oral form.
Frequency of Use: Moderate in specialized scientific contexts.
Планеты в нашей солнечной системе движутся по эллиптической траектории вокруг Солнца.
Understanding elliptic motion is crucial for predicting the positions of celestial objects.
Понимание эллиптического движения крайне важно для прогнозирования позиций небесных объектов.
The spacecraft was designed to take advantage of the elliptic motion of the Earth and Moon.
While "elliptic motion" itself may not be commonly used in idiomatic expressions, concepts related to motion and orbits can be expressed metaphorically in English. Below are some idiomatic expressions related to motion.
Находиться в притяжении гравитационного поля, значит быть втянутым в ситуацию или отношения как бы мощной силой.
"Going around in circles" means to be in a situation where you are making no progress.
"Вертится в круге" означает находиться в ситуации, где нет никаких успехов.
"To be in orbit" means to be following someone or something closely, often used to describe admiration or fixation.
"Находиться в орбите" означает следовать за кем-то или чем-то тесно, часто используется для описания восхищения или фиксации.
"Take a detour" means to stray from the main path or plan.
The term "elliptic" comes from the Latin word ellipticus, which means "like an ellipse." An ellipse itself derives from the Greek word elleipsis, meaning "deficiency, a falling short." The word "motion" originates from the Latin motio, which means "movement."
By understanding elliptic motion and its implications in various contexts, one can gain deeper insight into both physical phenomena and metaphorical applications.