no
There are only 3 variables. Your mass, the mass of the planet or moon that you are on, and the diameter of that planet or moon. You can then mathematically determine your weight in accordance with Newton's Law of Universal Gravitation.
Europa is a moon of the planet Jupiter.Europa is a moon of the planet Jupiter.Europa is a moon of the planet Jupiter.Europa is a moon of the planet Jupiter.
A double planet describes two bodies of similar size and mass that are in orbit (not necessarily around each other) . The Earth and Moon would not be considered a double planet because of the great size and mass difference between the two. However, Pluto and its moon Charon COULD be classified as a double planet- both have similar sizes and mass, and orbit a point outside of one another.
Only the Earths gravity has a direct affect on humans, because the moon is 1/4 the size of Earth, so the moon's gravity is much less than the earth's gravity, 83.3% (or 5/6) less to be exact. Our bodie mass is way too small to be affected in any way by any planet in the solar system. The moon moves away at about an inch every three years, so it will not affect anybody anytime soon.
I will assume you mean "why do the moons of planets rotate?" this is because the moon has mascons (mass concentrations). these mascons are attracted by the planet more than the rest of the moon, so these parts of the moon always face towards the planet, meaning that the moon rotates
A greater mass creates a stronger gravitational pull.
In space, nothing: it has mass but no weight. On a planet or moon it depends on the gravity of that planet or moon as well as the mass of the spaceship.
There are only 3 variables. Your mass, the mass of the planet or moon that you are on, and the diameter of that planet or moon. You can then mathematically determine your weight in accordance with Newton's Law of Universal Gravitation.
When Pluto was still officially considered a "planet" in our solar system, it and it's moon Charon were considered by many to be a double planet system. Whenever a moon constitutes a considerable percentage of the host planet's mass, it may be considered a double planet system. For this reason, some consider the Earth and our moon to be a double planet system. Our system has by far the greatest planet to moon mass ratio; about 6:1. As for planets outside our solar system, I cannot say. Though there are many out there.
It's our moon
I don't think there is one.
The location like moon will affect its weight but not the mass
Mercury
There is something missing from the question. The planet must have a moon. The only way to measure the mass of a planet is by using data about a moon orbiting the planet or data about the path of a spacecraft passing or going into orbit around the planet. If you know the distance to a planet then you can work out the moon's distance from the planet. The planet's mass can then be found. It's a bit of trigonometry and Newton's version of Kepler's Third Law. So that's the reason that it is necessary to know the distance to the planet.
High tides happen when the moon is overhead, as the gravity pulls the mass of water on earth toward it. Low tides are the opposite, when the moon is below, under your feet, it is pulling the watery mass of the oceans away from your side of the planet. The shape or apparent phase of the moon has absolutely nothing to do with this effect.
That could be Pluto with its mate, Charon.(Of course Pluto is only a "dwarf planet" now.)Alternate:Some people have argued that this holds true for Earth and Earth's Moon, although the idea has not caught on. Earth's Moon has by far the largest mass in proportion to its companion planet when compared with any other moon in the solar system.
the moon creats earths tides! It also effects the planet by stabilizing the rotation of earth!