The ratio of Earth typically refers to the ratio of its radius, diameter, or mass to that of another celestial body such as the Moon or Sun. For example, the ratio of Earth's radius to the Moon's radius is about 3.7:1.
No, Earth's moon does not have a hydrosphere. There is no evidence of liquid water on the moon's surface.
The term for the moon when the whole disc is visible from Earth is "full moon." During a full moon, the sun, Earth, and moon are aligned in a way that the illuminated side of the moon is facing the Earth.
A new moon occurs when the moon is positioned between the Earth and the Sun, with the side of the moon illuminated by the Sun facing away from Earth. This alignment causes the side of the moon we see from Earth to be in shadow, making it appear as if there is no visible moon in the night sky.
The Moon's circular motion around the Earth is due to a combination of gravitational forces between the two bodies. The gravitational pull of the Earth keeps the Moon in orbit around it, and the Moon's initial velocity prevents it from falling into Earth. This delicate balance between gravity and velocity results in the Moon's continuous circular motion.
Earth=1, Moon=1/6. Or, Moon=1, Earth=6
The size ratio of the Sun, Earth, and Moon is approximately 109:1:0.273. This means that the Sun is about 109 times the diameter of the Earth, and the Earth is about 3.7 times the diameter of the Moon.
The ratio of the diameter of Pluto to the diameter of its moon Charon is about 1:1, making it larger than the ratio of the diameter of the Moon to Earth, which is 0.25:1. This means Charon is relatively much larger compared to Pluto than the Moon is to Earth.
The moon and the planet it orbits that have the highest ratio of their masses are Earth's moon and Earth. The earth is only about 81 times as massive as its moon. In the #2 planet/moon mass ratio among the eight planets, Saturn is 4226 times as massive at Titan.
The ratio of Earth typically refers to the ratio of its radius, diameter, or mass to that of another celestial body such as the Moon or Sun. For example, the ratio of Earth's radius to the Moon's radius is about 3.7:1.
The ratio of the natural frequency on Earth to the Moon is approximately 3.7:1. This means that vibrations or oscillations on Earth occur about 3.7 times faster than on the Moon due to differences in gravity and mass between the two celestial bodies.
The ratio of the surface areas is (earth's radius/moon's radius)^2 where the radii are in the same units.This gives the answer as 13.40, approx.And, incidentally, the word is radius, not raduis!
Since the scale factor of the moon to the earth is 1:4, then the ratio of their areas will be the scale factor squared or 1:16. The ratio of their volumes will be the scale factor cubed or 1:64.
The escape velocity is given by √(2gR). Since Rmoon = 0.1REarth, and gMoon = 0.16gEarth, the ratio of escape velocities can be found as: √(2gEarthREarth) / √(2gMoonRMoon) = √((2gEarthREarth) / (2gMoonRMoon)) = √((gEarthREarth) / (gMoonRMoon)) = √((gEarth / gMoon) * (REarth / RMoon)) = √((6 * 1) / (0.16 * 0.1)) = √(6.25) = 2.5. So, the ratio of escape velocity from Earth's surface to that from the Moon's surface is 2.5.
Well, friend, the Moon is actually quite tiny compared to the Earth. If you can imagine Earth as a big beach ball, then the Moon would be like a much smaller grape sitting next to it. But remember, every piece of the universe, no matter its size, has its own unique beauty and plays a special role in the grand story of our cosmos. Bless this little grape of a Moon, happy and content in its celestial dance with Earth.
The Pacific Ocean has a volume that is roughly equivalent to the volume of the Moon.
Formerly than answer was Pluto, whose moon Charon is just over half its diameter. Now that Pluto is technically not a planet, than answer is Earth, whose moon is just over a quarter its diameter.