Divide the diameter of the galaxy by the diameter of Earth. Since it seems you want to compare the volumes, raise the result to the third power. This assumes the galaxy is spherical - which in a way it is, if you consider the halo of star clusters.
The diameter of the Milky Way galaxy is about 100,000 light-years. If the Sun and Earth were at the edge of the disk, we would still be within the galaxy's boundaries, so the diameter would remain around 100,000 light-years.
Earth Venus mercury and mars can all fit in the sun 1000000times however earth would be the closest to filling it
Jupiter is much larger than the planet Earth, so it would not fit into Earth even once. Conversely, 1300 Earths can fit inside Jupiter.
It would appear as a cloud of stars, just like the Milky Way.
The weight of a basketball would vary on each planet depending on its gravity. The weight of a basketball on Mars would be about 0.38 times its weight on Earth, on the Moon it would be about 0.17 times its weight on Earth, and on Jupiter it would be about 2.36 times its weight on Earth.
No, in a position where one could see the galaxy as a whole, the earth would appear as a far too insignificant dot, and would likely not even be visible.
34.8 billion miles would still be in our galaxy, the Milky Way.
The diameter of the Milky Way galaxy is about 100,000 light-years. If the Sun and Earth were at the edge of the disk, we would still be within the galaxy's boundaries, so the diameter would remain around 100,000 light-years.
Jupiter has a planetary volume of 1321 times that of the Earth. The Moon has a volume 0.020 times that of the earth. so the volume of Jupiter is 66,050 times the volume of the earth's Moon.If you ignore the spaces left vacant by the spherical shape of the moon, you would fit 66,050 Earth moons inside Jupiter; considerably fewer if you are really packing spheres the size of Earth's moon within a sphere of Jupiter's volume.
We would be a little spec on earth is your answer! -------------------------- We are in an outer arm (spiral) of the milky way galaxy.
This would be Canis Major Dwarf Galaxy, discovered in November 2003, which is approximately 25,000 light years from the Earth.
A blueshift in the galaxy's spectrum - that is, the frequency of the light, as observed by us, is greater than when it was emitted.
A blueshift in the galaxy's spectrum - that is, the frequency of the light, as observed by us, is greater than when it was emitted.
No scale was specified. However, if the Earth was one inch, the Andromeda Galaxy would be 29,300,000,000 miles away.
Antares is about 800 times larger than our Sun. The Sun is about 109 times larger than The Earth. So Antares is about 87,200 times larger than The Earth. So you could fit about 663,054,848,000,000 Earths inside Antares. (663 trillion) See related link for a comparison to the Sun
If earth could fart it would let out all of the gasses inside of it the the earth would dry out
They would get a prize and a recommendation for the first person to do it.