That depends on your scale.
Earth and Moon to Scale. 1 pixel = 600 kilometers. The average distance between Earth and Moon is approximately 30 times Earth's diameter. moon is also much much smaller than many other planets.
On that scale, the Moon would be rated around 2 since it is about one-quarter the diameter of Earth.
2½ Moon Diameter = Earth's Diameter- 1 Moon Diameter. Earth's Diameter = 7/2 Moon
The ratio of the surface areas of two similar objects is equal to the square of the ratio of their corresponding linear dimensions. Since the diameter of the moon is one fourth of the diameter of the Earth, the ratio of their diameters is 1:4. Therefore, the ratio of their surface areas is (1/4)^2 = 1/16. This means that the surface area of the moon is 1/16th of the surface area of the Earth.
The diameter of the Moon is 2159 miles or 3474 kilometers.
The diameter of the moon at the equator is 3476.28 kilometers. Measured from pole to pole, the diameter is 3471.94 kilometers.
The diameter of the Moon is 0.273 times the diameter of the Earth.The diameter of the Sun is 109 times the diameter of the Earth. So:109/0.273=399.27The diameter of the Moon is almost 400 times smaller than the diameter of the Sun.Pwnt, idk u tell me?
The length of the Moon's diameter is about 27% of the Earth's.
The Moon's diameter is 2,159 mi (3,475 km).
Venus has a diameter of about 12,104 km, whereas the sun has a diameter of about 1,391,000 km. If the sun's diameter is 3000 mm at some scale, then the scale diameter of Venus would be about 12.32 mm.
The average diameter of the Earth is about 3.66 times that of the Moon. So if a model of the Moon were 1 meter in width, Earth on the same scale would be 3.66 meters wide.
The moon of Saturn you are referring to is Tethys. It features a massive crater named Odysseus, which is approximately 400 kilometers (about 250 miles) in diameter, making it roughly 13 times smaller than Tethys' own diameter of about 1,062 kilometers (660 miles). This significant size ratio highlights the impact's scale and the moon's geological history.