The Sun is about 332,946 times more massive than the Earth. It is about
1,300,000 times the volume of Earth.
As for the Sun and the Milky Way - The Milky way is composed of roughly 100 billion stars, so one can say that because the Sun is an average star, the Milky Way is, very roughly, 100 billion times more massive than the Sun.
Another viewpoint: The latest best estimates have the Milky Way Galaxy containing about 500 billion stars.
Using that number and a more accurate way of estimating the total mass of the stars gives: Total mass of our Galaxy is about 1.9 thousand billion times the
mass of the Sun.
Notice that's an estimate of the total mass of the Galaxy, including dust and gas.
Then again there's "dark matter" of course, but let's keep it simple.
The Sun is merely a star, whereas the Milky Way galaxy (of which the Sun is a part) consists of 200 to 400 billion stars! They are also widely spaced, so that the distance across the Milky Way galaxy is about 100,000 light years, which is 60 million times the width of the solar system (14 light-hours) and 800 billion times the width of the Sun (4 light-seconds).
1/986721.52 the size (1 being our solar system, and 986721.52 being the Galaxy)
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Compared the the Milky Way Galaxy, the entire solar system is like a single grain of sand - among all the beaches of the planet Earth!
Zero. Our sun is buried deep within the Milky Way Galaxy. It is one of the galaxy's 300 billion stars (±100 billion, or more, depending on the number of low mass stars).
We are roughly 26,000 light years from the center of the galactic core, however, and roughly 24,000 light years from the stars in the nearest part of the galactic rim.
The Moon has a diameter of about 3.6721 x 10-10 light years or 3,474 km (this takes a ray of light a fraction of a second).
The Milky Way Galaxy has a diameter of about 100,000 light years or 9.461 x 1017 km
So our Galaxy is a *LOT* bigger than the Moon
to answer this question it is very hard because our galaxy grows bigger and bigger and so does our universe i think its is like the size of a neutrino(an elementary particle from radioactive decay) to the size of the sun
The Milky way is 9×1017 km in diameter, the Earth is 1.2742x104 km. So the Milky way is 7.06x1013 times bigger than Earth in size.
A white dwarf has the approximate diameter of a moon, or a small planet.
Due to the mass or size of Pluto compared to Earth, about 2/3 the size of our moon, the gravitational pull of Pluto is greatly weaker than Earth's.
Our sun, also known as Sol, is of average size as stars go. Much larger stars exist in our galaxy, as well as much smaller stars.
They are usually Medium size compared to those in Granite and compared to Basalt.
Much like it does now.
Increasing size---------------> Moon, Jupiter, Sun, The milky way galaxy correct me if i am wrong xx
Compared to some other planets in the same galaxy, yes; it is actually fractions of the size of other planets in this galaxy
It is approx 105/5189.
The volume of the Moon is 2% compared to the Earth. You would need 81 objects with the mass of the Moon to match the mass of the Earth.
The moon model would be about 1/4th the size of the modeled earth.
In size and mass it is enormous compared to it's parent planet - The Earth.
When compared to the diameter of the Milky Way galaxy,the diameter of our solar system is very nearly zero.
Since Betelgeuse is a nearby star (compared to the size of the galaxy, that is), you can assume that it takes about the same time as our Solar System to orbit the galaxy - approximately 240 million years.
A white dwarf has the approximate diameter of a moon, or a small planet.
Not in the galaxy- It is fairly ordinary in size compared to other stars. However, it is, of course, the largest body in the solar system- it takes up about 99% of the matter.
Our solar system is tiny compared to the size of the galaxy. If we take the outer edge of the solar system to be the outer part of the Oort cloud, then it is about 2 light years in diameter. By comparison our galaxy is about 100,000 light years across. The size ratio is similar to that between a grain of sand and a football field.
In our solar system: the Sun. In the galaxy it's Antares, compared to Antares the Sun is the size of one pixel!!!!!!!