While we don't normally think of the Sun itself having an orbit, of course it DOES. Nothing is standing still; the force of gravity assures that. if the Sun and our solar system weren't moving, then the gravitational attraction between the Sun and the rest of the Milky Way galaxy would pull our solar system toward the center of the galaxy, and this isn't happening.
The Sun, with our solar system in tow, orbits the center of the Milky Way galaxy, with each orbit taking about 200 million years. We figure that the Earth and our solar system are about 5 billion years old, so it has made about 25 orbits around the galactic center. So in Galactic Years, our Sun is only 25; it's still young! The SHAPE of the orbit is almost certainly an ellipse.
Halley's Comet
The shape of a comet's path is an oval. If u are an eighth grader, your science teacher will recommend u to use the word "ellipse" instead of oval ~ Thank You. or "elliptical"
it is Halley's comet and it was thought to be a bad omen in 1066
The comet did appear on 20 March 1066, the same year as the battle. It is entirely plausible that this comet in particular was the one apparent to Harold and his advisors.
Maria Mitchell
an irregular shape
oval
oval
i honestly think that the comet is ovel shaped so it can travel faster in sapce
it is
A comet's orbit can vary in shape from elliptical to highly elongated, sometimes resembling a long, narrow ellipse. This is because comets often have highly eccentric orbits that bring them close to the sun and then far out into the solar system.
Coma changes shape due to the evaporation of volatile materials like ice and dust grains from the nucleus of a comet. As the comet approaches the sun, these materials sublimate, creating a halo-like coma that can extend for thousands of kilometers. The shape of the coma can also be influenced by solar radiation and the comet's rotation.
gravity and force
a comet orbits in a donut shaped path. some comets even go out of our solar system and back into it, past our sun.
a comet orbits in a donut shaped path. some comets even go out of our solar system and back into it, past our sun.
yes. While one would presume that the tail would stretch out behind the comet, in reality the tail is caused by the solar wind blowing dust and gas away from the sun. Thus, no matter what orbit the comet is in or what direction it is travelling, the tail always points away from the sun.
Halley's Comet travels in a very long, narrow ellipse.