Oh, what a lovely question! Stars are like the sun, they give light and heat in the vast universe. Planets, on the other hand, are like the Earth or Mars, twirling happily around those shining stars. Remember, each one plays a special role in the cosmos, creating a beautiful harmony of twinkling lights in the sky.
Stars and planets are two different celestial objects found in the universe.
Stars are luminous spheres of plasma held together by gravity, primarily composed of hydrogen and helium. They generate energy through nuclear fusion reactions in their cores, which produce heat and light. Our Sun is a star, and there are billions of other stars in the universe.
Planets, on the other hand, are non-luminous celestial bodies that orbit stars. Planets are typically smaller than stars and do not produce their own light. They are composed of rock, metal, and/or gas and can have atmospheres, surfaces, and moons. The Earth, Mars, Jupiter, and Saturn are examples of planets in our solar system.
In summary, stars are massive, luminous celestial bodies that produce their own light and energy through nuclear fusion, while planets are smaller, non-luminous bodies that orbit stars and do not generate their own light or heat.
No, there are billions of suns (stars) in the universe. Our sun is just one of them. The universe is vast and contains numerous stars, planets, and other celestial objects.
There are more stars than planets in the universe. Stars are much more numerous and can be found in galaxies by the billions, while planets are typically found around individual stars.
No. Stars are much larger than planets or moons. Stars are suns, some larger and brighter than our own.
If there were no stars, the Universe would be devoid of the light, heat, and energy that stars provide. This would drastically alter the formation of galaxies, planets, and the conditions necessary for life to exist. The absence of stars would lead to a dark, cold, and lifeless Universe.
We expect the Andromeda galaxy to be just like our own Milky Way galaxy. We can see stars (suns) in the Andromeda Galaxy and just as stars have planets orbiting them in our galaxy, we believe that there must be planets also orbiting stars in the Andromeda galaxy.
No. Stars are like suns, around which planets may orbit.
No, there are not 50 suns in the universe. Our solar system has one sun, which is a star that provides light and heat to the planets. There are billions of other stars in the universe, but not all of them are like our sun.
No, all stars aren't suns. A sun is a star that is at the center of a solar system. Planets rotate around the sun. Planets don't rotate around a normal star. A star can be found anywhere around the universe. That's not the case with planets. Planets have to be in a solar system and a sun has to be in the center. If this is the case with a star, then that star can be called a sun.
Stars, planets and moons are some, but there is also galaxies, black holes, suns... the list is endless!
No, there are billions of suns (stars) in the universe. Our sun is just one of them. The universe is vast and contains numerous stars, planets, and other celestial objects.
no - they're planets. Suns are stars.
There are no known planets with 7 stars as its suns.
There are more stars than planets in the universe. Stars are much more numerous and can be found in galaxies by the billions, while planets are typically found around individual stars.
No. We know what the stars are. They are not planets. They are distant suns, many of which do have undiscovered planets.
There is a single sun in our own solar system, but not in the universe. There are trillions upon trillions of suns (or stars) in the universe.
it is the study of the universe such as planets and stars
It is. It's called THE UNIVERSE. your question was already an answer.