Planets are usually much smaller than stars, certainly for our solar system. For another solar systems you might find a very large planet and in others systems you might find a very small red dwarf star or a small dense neutron star that has come to the end of its life. Here, the large planet of one system might be larger than the star of another.
A planet is always going to be smaller than a galaxy since galaxies are made up of thousands and thousands of stars, planets, and other things.
Yes, since a galaxy is a collection of billions of stars, each larger than a planet.
a galaxy is a collection of Stars and planets while a planet is simply a large mass of rock, in orbit round a star. If you wanted to be able to distinguish the two from each other by simply looking at them in the sky, this is impossible.
Most stars orbit around the center of a galaxy. Some stars are parts of star clusters; in that case, they will also orbit around the center of the star cluster.
Eris is technically a dwarf planet, not a planet. It is, however, in the Milky Way galaxy.
Starting from least to greatest magnitude in size: Earth Sun Solar System Milky Way Galaxy Universe
No, Polaris is a star in the constellation Ursa Minor. It is also known as the North Star.
Filament > galaxy > star > planet
Universe -> galaxy -> star -> planet
Universe, galaxy,nebula,solar system, star, planet
a planet
A galaxy.
a) Earth is not a star, but a planet. b) Earth is not part of "another galaxy", but of our own galaxy.
A galaxy is larger by far.
Neither -- the Moon is technically a satellite. It is in orbit around a planet. That planet orbits around a star. That star is one of billions of other stars which form a galaxy.
Universe, Cluster, Galaxy, Star, Planet NB: Some stars are smaller than planets.
universe, molecular cloud, galaxy, star, planet, asteroid,atom
A galaxy is a cluster of stars and gasses and a planet is something that goes around a star. Can you see why this might not make sense?
THE KITCHEN - BOUY BASE STAR 1/2 SECRET GALAXY ~ ALEX