Not necessarily. While it is true that gravity is an inverse square relationship with distance, making closeness an important factor, mass is also important, so, for example, if two planets were in the vicinity of a spacecraft, gravity would depend on both mass and distance. Yes, distance is a squared factor, but if one planet were very much larger than the other, it could easily win out, even if it were further away.
because they are always facing towards the sun.
The orbital speed of the planets prevent this. The planet's ARE all failing towards the Sun but their horizontal speed means they always miss.
Earth's gravitational field extends to infinity. No matter how far you are from the earth, It's gravitational field will always pull you towards it. However, the further you are from the earth, the weaker that force will be.
Its always the same.....
to keep gravity going
No, the gravity between Jupiter and its moons acts towards the centre of Jupiter.
Stems will always grow towards light and away from gravity.
The forces of gravity always pull two objects toward each other.
They are in a state of weightlessness caused be the distance from earth. This is because of one of 2 reasons. If the space craft is in a orbit around the planet, the weightlessness is caused by a constant falling towards the planet, but always misses the ground (you can get the same effect if you are inside an airplane dropping towards earth with more the 9.82m/s). If the spacecraft have left the earth gravity alltogether, there are simply no force pulling the astronauts downwards, making them seem to float. Gravity is caused by the fact that materia bend the time/space field in a way that matter is drawn towards one another. You need a very big mass for this affect to be noticeable though, like for example, the mass of Earth on a person.
Everything has it's own gravity. The bigger the mass the stronger the gravity. The Earth's gravity pulls the moon towards us, but the moon has its own gravity and, as it isn't strong enough to effect the planet as a whole, so instead it pulls the oceans towards it. As the earth rotates one side is always closest to the moon and is effected the most. This pulling of the oceans towards the moon is how tides work
There is always gravity between two objects. If the astronaut is in a stable orbit around an object, he/she will not sense any gravity. If he/she is standing on the object, such as the Moon, there will be a sense of gravity. In the case of the moon, its gravity is about one sixth that of Earth. Also, if the spacecraft is accelerating, the the reaction force of the engine will cause the sense of gravity as well.There is also gravity between the astronaut and the spaceship, but that is so small that it will generally not be noticed.
because they are always facing towards the sun.
Acceleration due to gravity is due to the force of gravitation exerted on a body by the earth. All bodies get attracted towards the centre of the earth. So the acceleration is always pointed vertically downwards.
The acceleration between two bodies is always towards the centre of mass of the bodies in question.
Gravity is there always.
Because gravity always tried to pull objects towards the centre of the earth !
The force of gravity pulls things towards each other. Magnetism also can pull objects towards each other, but it doesn't always. It can also repel.