The Law of Inertia.
We use the term inertia to describe the resistance of an object to any change in its motion. If an object is not moving, it doesn't want to move. If it is moving, it doesn't want to change is speed or the direction it is moving. This is covered by Newton in his laws of motion.
On the largest scale, the general tendency is for galaxies to move away from one another. In other words, the Universe is expanding.
Actually, most galaxies are all moving away from all other galaxies, not just from ours. The exception is the Andromeda galaxy, with which the Milky Way is on a collision course.
Yes. All atomic sized particles move, by vibrating. no matter how cold they are.
We call this a glacier. Some do not move but most do.
We use the term inertia to describe the resistance of an object to any change in its motion. If an object is not moving, it doesn't want to move. If it is moving, it doesn't want to change is speed or the direction it is moving. This is covered by Newton in his laws of motion.
Force can make matter move: that's true. Force cannot stop matter from moving: untrue. When u run, can someone catch you by force u to stop? Yes they can.
if you are 18 you can move out no matter what. they can call the police and it will not matter. good luck loner
well it doesnt matter where or when i want to or when a freind or family will go but what matter is when do you want to go or how do you feel about moving there.
On the largest scale, the general tendency is for galaxies to move away from one another. In other words, the Universe is expanding.
No matter or energy does not move. usually, frozen matter tends to move slower than warmer substances because if you heat up something, the atoms move more rapidly, moving into each other. If you do the opposite to that something, the atoms will slow down. -kos
when you add thermal energy to matter, the matter starts moving faster.
The "inertia" of the moving planet combines with the force of gravity between the planet and the Sun, causing the planet to move in an orbit around the Sun. "Inertia" is basically the tendency for a moving body to move in a straight line unless acted upon by a force (such as gravity).
Those that are already farthest from us do.The farther they are from us, no matter in which direction, the faster they're receding from us.The general tendency is that galaxies that are farther from us move away from us faster.
That refers to the force required to keep something moving in a circle. Since the natural tendency of objects is to move in a straight line, it requires a force to make something move any other way.
Molecules are always moving unless there temperature is absolute zero..they move faster the higher the temperature
That depends on the type of matter. Say, for example, the matter is a chair that you are moving. Then the matter would move in the direction in which you are pushing (or pulling, throwing, etc). If you define matter as a particule (such as an atom), then it would depend on the type of particle. Different particles move in different ways, depending on the type. If you are asking about particules moving as a smaller, less substantial unit (such as a neuronal transmission) then the pattern would be linear. But the broad answer really is that it depends on the type of matter.