Those are called "planets". The ancient Greeks distinguished "fixed stars" - which is what we nowadays simply call "stars"; and the moving stars, which in Greek is called "planets".
A planet certainly looks like a star (a very bright star, in some cases), but nowadays they are not usually called "stars".
we know that the star that earth orbits is the sun the sun is the biggest star ever
You are making it way too obvious. You said "your Earth", I wasn't born yesterday, your obviously an alien. We will destroy you
The closest star to Earth is the Sun, located approximately 93 million miles away. The closest star to Mars is also the Sun, as Mars orbits around it just like Earth does.
A Planet revolves around a central star (our Sun in the case of our Solar System). A Moon revolves around a planet.
It orbits the star 581 once every 13 days. Earth orbits its star, the sun, every 365 days. Which means that Gliese orbits faster than Earth.
the sun
The Earth orbits one star, which we simply call "Sun".
"The star around which the Earth orbits, which provides light and heat to the planet."
we know that the star that earth orbits is the sun the sun is the biggest star ever
The star that a planet travels around is called its parent star or host star. The parent star provides the gravitational force that keeps the planet in orbit around it. Similarly, our planet Earth orbits around the star we call the Sun.
No. Earth is a planet. It orbits the sun, which is a star.
Planets orbit stars. Our planet (earth) orbits a star we call the sun.
Earth. Or in another word, a planet.
You are making it way too obvious. You said "your Earth", I wasn't born yesterday, your obviously an alien. We will destroy you
The closest star to Earth is the Sun, located approximately 93 million miles away. The closest star to Mars is also the Sun, as Mars orbits around it just like Earth does.
Uranus is a planet. It does not have any stars. Like Earth, it orbits around the Sun, which is a star. The Sun does not belong to any planet.
A planet is a body that orbits around a star.