Johannes Kepler was the German astronomer who proved that the planets move in oval paths called ellipses. His work laid the foundation for the laws of planetary motion.
no. inertia and gravity hold them in their paths.
false
eliptical
Yes, all planets follow predictable paths in their orbits around the Sun. These paths are determined by their gravitational interactions with the Sun and other celestial bodies, following Kepler's laws of planetary motion.
Kepler discovered that the planets orbit the sun in oval shaped paths called ellipses.
When the Sun and Moon cross paths, it's called a Solar Eclipse. If the Sun is in front of the Earth and the Moon is behind, then it's called a Lunar Eclipse.
Electrons are said to occupy orbitals, around the atomic nucleus. They do not actually orbit in the manner that planets orbit the sun; they spread themselves out, as an electron cloud, and surround the nucleus rather than moving in an orbit.
All planets have an elliptical orbit and the planets do not cross paths. They are all at least 15,000 miles around. They all have atmospheres. They all have their own gravity. They all have cores.
Johannes Kepler was the German astronomer who proved that the planets move in oval paths called ellipses. His work laid the foundation for the laws of planetary motion.
The planets around the sun move in a path called an orbit. This orbit is the result of the gravitational pull between the planets and the sun, causing them to travel in a curved path around the sun.
Those are called orbits. A planet's day and night happen as the body spins on its axis.
? ? ? An orbit.
A place where various cultures cross paths is often referred to as a melting pot or a cultural crossroads. It signifies a location where people of diverse backgrounds come together and interact, leading to a blend and exchange of ideas, beliefs, and traditions.
They are orbits and they are elliptical in shape. So the answer could be "orbits" or it could be "ellipses".
Planets follow elliptical paths around the sun due to gravity. These paths are determined by the balance between the planet's velocity and the sun's gravitational pull. The paths planets take are essentially orbits, which are repeatable and stable over time.
eliptical