First, Calculate the volume of the Sun, call it X.
Second, calculate the volume of an elephant (or a good guess). Call it Y.
Third, divide X by Y = the number of elephants that could fit into the Sun.
Numeric solution example
Volume of the Sun = 1.4 x 1027 m3
An elephant (Indian, male, mature) weighs about 5 tons and swims just about submerged so its volume is about 5 m3
Therefore the Sun has the same volume as 3 x 1026 elephants.
Note: No reduction for packing losses is used. For spheres, the maximum packing is 75%. This could be higher for elephants, possibly 80% to 85% of the volume figure.
It will take about 1,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000
1.4 x 10^35 or 140 decillion ants assuming an ant volume of 10 mm2 and sun volume of 1.4x10^18 km3.
Our sun is well over a thousand times the mass of all the planets, asteroids, comets, and other material in our solar system combined. You could fit 1.4 million planets the size of earth inside a volume occupied by our sun, assuming you squished them together instead of stacking them like marbles, or 1046 planets the size of Jupiter.
Antares is so big that billion Suns can fit inside it. It is bigger than all stars like, Sirlus A, our Sun, Pollux, Arcturus, Rigel, Aldebaran, Betelguese. It is the biggest stars in the Solar System.
Antares is about 800 times larger than our Sun.
So about 512,000,000 (512 million)
See related link for a size comparison.
They would be dead before they got near
6 trillion.
7
With a radius of over 1000 times our sun, the volume of Betelgeuse is over a billion times our sun. So, our sun could fit into Betelgeuse over a billion times.
If you were careful not to burn your fingers, about a million Earths could be crammed into the Sun.
The sun is over a million times bigger than the earth, and the earth is about 45 times bigger (by volume) than the moon. So you could not fit the sun into the moon.
The volume of the Sun is 3.4 x 1017The volume of the Moon is 2.195 x 1010Therefore, you could fit x Moons in the Sun
about 1,000,000
1,000,000,000 is how many times it could fit into the sun.
1,000,000,000 is how many times it could fit into the sun.
Around 1,000,000 can fit inside the sun
250 million Plutos would fit inside the Sun
1,000,000 earth's could fit in the sun
With a radius of over 1000 times our sun, the volume of Betelgeuse is over a billion times our sun. So, our sun could fit into Betelgeuse over a billion times.
Every single one of them. (In fact, every city on earth could fit into an area which is less than 1% of the sun's mass.) If the question is interpreted to mean "How many NYC's could fit in the sun?", the answer would be "An infinite amount". This is due to the fact that as each NYC was placed on the sun, it would burn up and completely disintegrate.
If you were careful not to burn your fingers, about a million Earths could be crammed into the Sun.
7.45 times 10 to the 500th power
You could fit about 833 Earth's in the Sun. WOW! That's a lot. How about Saturn?
Earth could fit inside the sun roughly one million times.
stars really vary in size, but our sun could fit about 13 million earths I side of it