Largest TNOs and its moons shapes scaled one in ten million

thingiverse

It looks like you've shared a table of various celestial bodies and their respective scale models from Thingiverse, an online platform for 3D printing. Here's a summary of the content: **Planets and Moons** 1. **Earth**: * Scale: Various (1:60M, 1:120M, 1:250M) * URL: Not provided 2. **Gem Homeworld**: * Scales: 1:250M, 1:500M * URL: Thingiverse collection page for Gem Homeworld 3. **Mars (1962)**: * Scales: 1:60M, 1:120M * URL: Thingiverse model page for Mars (1962) 4. **Flat Earth**: * Scale: 1:250M * URL: Thingiverse model page for Flat Earth 5. **Planet Nine**: * Scales: 1:250M, 1:500M * URL: Thingiverse model page for Planet Nine 6. **Luna (4 Gya)**: * Scales: 1:20M, 1:60M * URL: Thingiverse model page for Luna (4 Gya) 7. **Cube planet**: * Scales: 1:60M, 1:120M, 1:250M * URL: Thingiverse model page for Cube planet **Notable Models** Each of these celestial bodies has a corresponding scale model available on Thingiverse, which can be downloaded and 3D printed. The scales provided range from 1:60 million to 1:500 million, giving users an idea of the relative sizes of each object. The "Misc" section includes additional models that don't fit into specific categories: 1. **Mars (1962)**: * Scales: 1:60M, 1:120M * URL: Thingiverse model page for Mars (1962) 2. **Flat Earth**: * Scale: 1:250M * URL: Thingiverse model page for Flat Earth 3. **Planet Nine**: * Scales: 1:250M, 1:500M * URL: Thingiverse model page for Planet Nine These models can be used for educational purposes, as decorative items, or even as a creative way to visualize the relative sizes of celestial bodies. The last line mentions that: `K = 10^3 (one thousand), M = 10^6 (one million), G = 10^9 (one billion)` This notation is commonly used in scientific and mathematical contexts to express large numbers in a more compact form.