The planets orbit the sun in an ellipse, like a squashed circle. The amount by which the ellipse is deformed by, from being a circle, is referred to as the eccentricity. An object with a highly eccentric orbit, such as a comet, will have a very elongated and stretched out orbit, its distance from the sun throughout its orbit will vary by a lot.
They are orbits and they are elliptical in shape. So the answer could be "orbits" or it could be "ellipses".
elliptical paths due to the gravitational pull of the sun. The shape of these orbits is described by Kepler's laws of planetary motion.
Gravity is the force that keeps the planets in their orbits around the sun. It pulls the planets towards the sun, while their forward motion keeps them from falling into it. Gravity also influences the shape and stability of the planets' orbits.
In one word 'YES'. The paths that you describe are the planets orbits. These orbits are shaped like 'Ellipsoids'., that is an ellipse that doesn't quite close-up , but overloops with every circuit. The Sun lies not at the centre of the ellipsoid, but at one of the foci. As a consequence planets following their orbits paths speed up (Nearest the Sun) and slow down (Furthest from the Sun).
Johannes Kepler discovered that the path that planets follow around the sun is an elliptical shape. This is known as Kepler's First Law of Planetary Motion.
Johannes Kepler discovered that the paths followed by planets are ellipses, not perfect circles as previously believed. He formulated three laws of planetary motion, known as Kepler's Laws, which describe the motion of the planets around the sun.
Planets follow an eclipse shape when orbiting around the sun. Pluto had an irregular orbit and is no refereed to as a moon.
The planets in our solar system generally follow an elliptical orbit around the Sun, although these orbits can vary slightly in shape depending on the planet's distance and speed. The orbits are governed by the gravitational pull of the Sun, which keeps the planets in their paths.
They are orbits and they are elliptical in shape. So the answer could be "orbits" or it could be "ellipses".
17th century astronomer Johannes Kepler discovered the elliptical shape of the planets' orbits around the Sun, which he described in his first law of planetary motion. Newton later explained this in his law of universal gravitation.
elliptical paths due to the gravitational pull of the sun. The shape of these orbits is described by Kepler's laws of planetary motion.
Gravity is the force that keeps the planets in their orbits around the sun. It pulls the planets towards the sun, while their forward motion keeps them from falling into it. Gravity also influences the shape and stability of the planets' orbits.
In one word 'YES'. The paths that you describe are the planets orbits. These orbits are shaped like 'Ellipsoids'., that is an ellipse that doesn't quite close-up , but overloops with every circuit. The Sun lies not at the centre of the ellipsoid, but at one of the foci. As a consequence planets following their orbits paths speed up (Nearest the Sun) and slow down (Furthest from the Sun).
elliptical
Johannes Kepler discovered that the path that planets follow around the sun is an elliptical shape. This is known as Kepler's First Law of Planetary Motion.
An ellipse, like any planet. In the case of Earth (and the other planets in the Solar System), the ellipse is quite close to a circle (in math/astronomy terms, the ellipse has a low eccentricity).
An elliptical orbit is a flattened circle or oval-like shape followed by a planet as it travels around the sun. It is a common shape observed in celestial bodies' paths due to the gravitational pull between them.