The author posted a question in Science, Technology, Languages
Why isn't the moon attracted to the earth or the sun? and got a better answer
Response from
In addition to the forces of attraction, there are also the forces of repulsion. the balance of distances between the planets and their satellites in their present location?
Response from 0[+++++]
In addition to the forces of attraction, there are also the forces of repulsion.
In addition to the forces of attraction, there are also the forces of repulsion.
Response from 0[+++++]
Do you really want that?
Do you really want that?
Response from 0[+++++]
And it drags! Except that everything is spinning so terribly fast that no one has time to pull anything in properly!
And it drags! Except that everything is spinning so terribly fast that no one has time to pull anything in properly!
Response from 0[+++++]
She's attracted to both.
She's attracted to both.
Response from 0[+++++]
The Moon, Earth's only, natural satellite and the closest celestial body to us. A satellite is a cosmic body that orbits some other large cosmic body. The Moon is an extraordinary satellite because it is only 3.7 times smaller than the Earth. The Moon orbits the Earth at an average speed of 1.02 km/sec, counterclockwise, when viewed from the North Pole of the world. The surface of the moon is quite dark. A day on the moon lasts almost 15 days and the same amount of time lasts at night. With no atmosphere to protect it, the moon's surface heats up to +110° C during the day and cools down to -110° C at night. Even with the naked eye, irregular, darkish, and extended patches can be seen on the Moon, which have been mistaken for seas: the name persists. It turns out that the seas are plains of a darker hue than other areas, most of which have ring-shaped craters.
The Moon, Earth's only, natural satellite and the closest celestial body to us. A satellite is a cosmic body that orbits some other large cosmic body. The Moon is an extraordinary satellite because it is only 3.7 times smaller than the Earth. The Moon orbits the Earth at an average speed of 1.02 km/sec, counterclockwise, when viewed from the North Pole of the world. The surface of the moon is quite dark. A day on the moon lasts almost 15 days and the same amount of time lasts at night. With no atmosphere to protect it, the moon's surface heats up to +110° C during the day and cools down to -110° C at night. Even with the naked eye, irregular, darkish, and extended patches can be seen on the Moon, which have been mistaken for seas: the name persists. It turns out that the seas are plains of a darker hue than other areas, most of which have ring-shaped craters.
Response from 0[+++++]
She can't choose who she's better with.
She can't choose who she's better with.
Response from 0[+++]
It revolves around the earth at a certain speed which keeps it from coming close to the earth, but it's not fast enough to get away from it either.
It revolves around the earth at a certain speed which keeps it from coming close to the earth, but it's not fast enough to get away from it either.
Response from 0[+++++]
In fact, the Moon must have moved away from the Earth because the mass of the Moon is large enough for a natural satellite.
In fact, the Moon must have moved away from the Earth because the mass of the Moon is large enough for a natural satellite.
Response from 0[+++++]
It is attracted, therefore it does not fly away. There are no repulsive forces - there is the orbiting of satellites around planets.
It is attracted, therefore it does not fly away. There are no repulsive forces - there is the orbiting of satellites around planets.
Response from 0[+++++]
It can't go to Earth because it revolves around it. Rotation throws the body away from the center of rotation. Just like when a car rotates, it throws you off in the opposite direction If it wants to fall, it will be thrown off. And if it wants to fly away, the Earth will attract it. And the Earth won't let it go to the Sun. What are you doing tonight?
It can't go to Earth because it revolves around it. Rotation throws the body away from the center of rotation. Just like when a car rotates, it throws you off in the opposite direction If it wants to fall, it will be thrown off. And if it wants to fly away, the Earth will attract it. And the Earth won't let it go to the Sun. What are you doing tonight?
Response from 0[+]
I have to study physics.
I have to study physics.
Response from 0[+++++]
That's because the force of attraction is inversely proportional to the square of the distance and not just the distance or the cube or whatever. The inverse-quadratic relationship guarantees the stability of the orbit of a celestial body and the orbit is an ellipse or, in the special case, a circle. With inverse-square dependence, the gravitational force is exactly balanced by the centrifugal force so that the system is in equilibrium all the time. That's it.
That's because the force of attraction is inversely proportional to the square of the distance and not just the distance or the cube or whatever. The inverse-quadratic relationship guarantees the stability of the orbit of a celestial body and the orbit is an ellipse or, in the special case, a circle. With inverse-square dependence, the gravitational force is exactly balanced by the centrifugal force so that the system is in equilibrium all the time. That's it.
Response from 0[+++++]
The laws of physics! You open a textbook and read it! Namely: gravitational forces are compensated by centrifugal forces! In space, the concept of mass for two bodies does not exist! Their interaction is determined by three parameters: radius vector velocity of one body relative to the other and the angle between the velocity vector and the radius vector! I personally solved the second order equation for two bodies in space! I made the following input: if two bodies move towards each other then they can collide if they do not collide then the trajectory of movement of one body in relation to another may have a form of circle ellipse parabola or hyperbola this is the equation of the second order and all this depends on the radius vector and velocity And the fact that they do not collide and do not fly away is P.E. that velocity at a certain radius vector is not enough to fly away the moon for example! And since the movement of the moon relative to the earth is cyclic, this interaction has a local character.i.e. fluctuations in a certain area.the same with respect to the sun!
The laws of physics! You open a textbook and read it! Namely: gravitational forces are compensated by centrifugal forces! In space, the concept of mass for two bodies does not exist! Their interaction is determined by three parameters: radius vector velocity of one body relative to the other and the angle between the velocity vector and the radius vector! I personally solved the second order equation for two bodies in space! I made the following input: if two bodies move towards each other then they can collide if they do not collide then the trajectory of movement of one body in relation to another may have a form of circle ellipse parabola or hyperbola this is the equation of the second order and all this depends on the radius vector and velocity And the fact that they do not collide and do not fly away is P.E. that velocity at a certain radius vector is not enough to fly away the moon for example! And since the movement of the moon relative to the earth is cyclic, this interaction has a local character.i.e. fluctuations in a certain area.the same with respect to the sun!
Response from 0[+++++]
Because all bodies attract and repel each other. Everything is in balance. The moon is attracted by the earth with the same force as the sun. And everything is just like a game of Puzzles in its place.
Because all bodies attract and repel each other. Everything is in balance. The moon is attracted by the earth with the same force as the sun. And everything is just like a game of Puzzles in its place.