The Solar System refers to the Sun and the planets (and their moons) and the other bodies that orbit it... including the asteroids, meteoroids and comets.
There are no exoplanets in our solar system. By definition, an exoplanet is a planet that is not in our solar system.
By definition, a solar system is a system of planets orbiting a sun.
Outside the solar system.
The solar system is, by definition, the sun and the various objects which orbit the sun. That's simply what the term means. Hence, the sun is necessarily in the solar system.
The continuous flow of charged particles from the sun that permeates the solar system.
The continuous flow of charged particles from the sun that permeates the solar system.
No. BY definition, an exo-planet is OUTSIDE our solar system, orbiting some other star.
That depends on what definition of first you mean. A solar system is in a galaxy and a galaxy is in space. So the solar system is smallest and space is largest.
The definition of "universe" is "everything". That includes the solar system Since the solar system is a part of the universe, and since there is other stuff in addition to the solar system, and since there is nothing more in addition to the universe, we can see that the universe is bigger than the solar system.
Because there are only eight planets in our solar system, a definition of "top" would be needed - since the definition would thus have to include exoplanets discovered outside the solar system.
Because the Solar System is defined as the collection of planets, planetary satellites, comets, asteroids and other debris, centered on the sun.Wherever the sun goes, that's the center of the solar system, because that's the definition of the solar system.
Depends "very" much on the definition of the boundary of the solar system, but it's possible Voyager I may well have.