unexplainable.
Yes because they are all big and massive. At a fixed distance, the force of gravity is proportional to the planet's mass. So the big outer planets have moons and rings because of the strength of their gravity.
No, they are all stars. Planets do not "make" any constellations but they may be present around a constellation's stars. Also, the big dipper is not a constellation. It's an asterism. It's part of the constellation Ursa Major.
The Big Bang did not directly create Earth or any other planets. The Big Bang theory describes the initial expansion of the universe and the formation of fundamental elements. Planets formed later through processes like gravitational attraction and accretion of matter in solar systems. Each planet's formation is a result of its unique conditions and history.
Oh, dude, the word "universe" comes from the Latin word "universum," which means "all things turned into one." So like, it basically refers to everything in existence being like, all together in one big cosmic bundle. It's like the ultimate mixtape of stars, planets, and cosmic dust, man.
Our solar system consists of the sun, eight planets, and various smaller celestial bodies orbiting around it.
Big
Because it has all the planets to hold
If you think that the object that you describe si big then you can use
Jupiter
well some planets are bigger than the earth but from the inside earth is of course bigger than all of the other planets
big, small, greater etc
because the word is Latin for huge
RAINING Talk some English you fool
They say it all had to do with the Big Bang Theroy!
Enormous is most commonly used word to describe big before someone uses colossal.
No, the big dipper (or Ursa Major) is not in the area of the sky that the planets move through. All of the planets, sun and moon are more or less on the same plane, so they all move in the same east/west line across the sky. Ursa Major is more to the north.
Dwarf planets are celestial bodies that have enough mass to have a gravitational pull by the sun, but they are not large enough to be considered a regular planet. They are also too big to be satellites. Minor planets are in direct orbit with the sun. They are not dominant planets, and they are not comets. This qualifies all dwarf planets as minor planets. So, to answer your question, not exactly. All dwarf planets are minor planets. But not all minor planets are dwarf planets. Hope this helps you!!