Eris, the largest known dwarf planet in our solar system, has a diameter of approximately 1,445 miles (2,326 kilometers). The diameter of Earth is about 7,917.5 miles (12,742 kilometers). By calculating the volume of a sphere using the formula V = 4/3 * π * r^3, where r is the radius, we can determine that Earth is roughly 15.6 times larger in volume than Eris. Therefore, Eris could fit inside Earth approximately 15.6 times.
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The earth's diameter is 3.66 times that of the moon so just over three-and-a-half moons would fit across the earth,
If you're allowed to smash them into dust first, you could fit 15 Titans in the volume of the Earth, as the Earth's volume is 15.13 times Titan's. However, if they have to stay spheres, you can only fit 2 to 4, because you'll need to leave space between them. The diameter of Earth is 2.47 times the diameter of Titan, so you could definitely fit 2 side-by-side. The circumradius of 3 Titans in a triangle is √3/3*diameter+radius, which equals 2.15 times the radius of Titan, and Earth's radius is 2.47 times Titan's, so you could fit 3 Titans in a triangular shape inside Earth. It might be possible to fit 4 in a triangular pyramid shape, but you'll have to do the math. This topic is called "sphere packing"
The moons volume (our moon) is 2% of the earth volume, so if you could break it up into small chunks, you could fit it into earths volume 50 times. If you say that you cant break up the moon, and just fit whole moons into the earth with spaces, then you're looking at a lot less.
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