Is it possible for something to have true zero movement?

In summary, true zero movement can occur when an object is at rest or when all of its movement is cancelled out by opposing forces. However, even in seemingly still objects, small movements can still exist due to factors such as air resistance and molecular motion. In the vacuum of space, an object can have true zero movement due to the absence of external forces, but it may still have internal molecular motion. Even when affected by gravity, an object can have true zero movement if it is in a state of equilibrium. However, at the atomic level, true zero movement is not possible according to the principles of quantum mechanics.
  • #1
Natsirt
41
0
Can something even exist without energy? And if it can will it truly not move?To be clear I know E=mc2 but can something exist without any movement?
 
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  • #2
To answer your question, we need to figure out the distinction between "not moving" and "truly not moving". I think it would be best for you to spend some time thinking about your question, and then repost something clearer.
 

1. Is it possible for something to have true zero movement?

Yes, it is possible for something to have true zero movement. This can occur when an object is at rest or when all of its movement is cancelled out by opposing forces.

2. Can an object have zero movement if it is in motion?

No, an object cannot have true zero movement if it is in motion. Even if an object appears to be still, it is still experiencing small movements due to factors such as air resistance and molecular motion.

3. Is it possible for an object to have true zero movement in space?

Yes, it is possible for an object to have true zero movement in space. In the vacuum of space, there is no air resistance or other external forces to cause movement. However, the object may still have some internal molecular motion.

4. Can an object have true zero movement if it is affected by gravity?

Yes, an object can have true zero movement even if it is affected by gravity. This can occur when an object is in a state of equilibrium, where the forces acting on it are balanced and there is no net movement.

5. Is it possible for something to have zero movement at the atomic level?

No, it is not possible for something to have true zero movement at the atomic level. The principles of quantum mechanics state that even at a state of rest, particles still have a certain amount of inherent energy and movement.

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