- #1
rootone
- 3,395
- 946
For example should a neutron be considered as a point, or does it have volume?
rootone said:For example should a neutron be considered as a point, or does it have volume?
Yes, traditional particles such as atoms and subatomic particles do occupy space. They have mass and volume, which means they take up physical space in the universe.
Traditional particles occupy space through their physical properties such as mass and volume. They also have a defined shape and are able to interact with other particles through forces.
No, traditional particles cannot exist without occupying space. Their properties and interactions with other particles are dependent on their physical presence in space.
Yes, there is a limit to the amount of space traditional particles can occupy. This is determined by their size and the laws of physics that govern their interactions with other particles.
The concept of space is essential in understanding traditional particles as it helps us visualize and measure their properties and interactions. Without the concept of space, it would be difficult to study and comprehend the behavior of traditional particles.