Within the solar system, the mass of the orbiting bodies ... whether planets,
asteroids, comets etc. ... has no effect on the dimensions of their orbits.
The size of Jupiter is a diameter of 143,000 kilometers at its equator. Its mass is 318 times the Earth's mass.
The mass of the planet, the mass of the sun and the distance between the two.
Betelgeuse boasts the diameter greater than the orbit of Jupiter. It has a mass of around 20 times the mass of the Sun, and its luminosity is almost 200,000 times greater than the Sun. So really, it is one of the biggest and brightest stars ever observed.
Jupiter has about 300 times the mass of Earth and about ten times Earth's radius. Estimate the size of g on the surface of Jupiter
As for size, that's still an open question, but the fact that Earth is a rocky plant rather than a gas giant is the result of the sun blowing away the light gases hydrogen and helium (out past the orbit of Jupiter).
The size of Jupiter is a diameter of 143,000 kilometers at its equator. Its mass is 318 times the Earth's mass.
Not the size of the mass, It's the Miles in the orbit!
The mass of the planet, the mass of the sun and the distance between the two.
Size does not but mass does.
Jupiter could potentially orbit a black hole the size of Mars - one that size would have an immense(!) gravitational pull and would be significantly more massive than Jupiter. By comparison, the Sun's Schwarzschild radius is only about 3 km - and Mars has a radius around 3,400 km - so a black hole of that size would be in excess of a thousand times the mass of the Sun.
The difference in mass
Betelgeuse boasts the diameter greater than the orbit of Jupiter. It has a mass of around 20 times the mass of the Sun, and its luminosity is almost 200,000 times greater than the Sun. So really, it is one of the biggest and brightest stars ever observed.
Jupiter has about 300 times the mass of Earth and about ten times Earth's radius. Estimate the size of g on the surface of Jupiter
Neither. Epsilon Ursae Majoris (Alioth) is a white star, although it's spectrum is odd, implying that it has a mass about fifteen times the size of Jupiter orbiting it in a highly eccentric orbit.
because the electron are on the out side and orbit around the nucleus (aka protons and neutrons) and take up the space
It depends on their size, mass, distance and strength of gravity.
As for size, that's still an open question, but the fact that Earth is a rocky plant rather than a gas giant is the result of the sun blowing away the light gases hydrogen and helium (out past the orbit of Jupiter).