The space between electrons in an atom is filled with a cloud of negatively charged particles called electron clouds.
We can imagine the space between an electron and a proton, in a hydrogen atom, being filled with electromagnetic fields, since both of these particles generate such fields. But really, that is a mathematical device more than a reality. It's empty space. It isn't filled with anything.Answer:The space in an atom is part of the probability density gradient of the electron. Electrons are not any place in particular at any time (the Bohr concept of a solid little planet-like electrons circling the nucleus is not with us any longer), the space between the our "shell" of the atom and the nucleus represents an area where the electron is less likely to be than any other place in the atom. This space is thus filled with the electron, at least part of the time.Alternately, thanks to research on the Higgs boson's existence, there is a position that that a field exists that has non-zero strength everywhere (even in otherwise empty space) this is the this so-called Higgs field. This would fill any space in the atom as well as around the atom.
Outer energy level electrons, or valence electron.
Electrons are held in place by the electromagnetic force exerted between them and the positively charged protons in an atom's nucleus. This force keeps electrons in orbit around the nucleus, preventing them from flying off into space.
The space occupied by the electrons in an atom is called the electron cloud.
The space in between gas molecules is not "just empty space." It is filled with constantly moving and colliding molecules. Gas molecules are in constant motion, so even though there may be more space between them compared to liquids or solids, the space is not truly empty.
The space between the electrons and the nucleus in an atom is filled with empty space and the nucleus contains protons and neutrons.
In an atom, the space between electrons and the nucleus is mostly filled with empty space. The nucleus contains positively charged protons and neutral neutrons, and the electrons surround the nucleus in different energy levels or electron shells.
There is nothing that fills the space between neutrons and electrons. There may be a couple of other particles, but they do not come close to filling the space.
The epidural space is the space in the meninges that is filled with adipose tissue. This space is located between the dura mater and the vertebral canal, providing cushioning and support for the spinal cord.
It is filled mainly with space.. Atoms are extremely spread out as they have different shells containing electrons. The middle is made up of tightly compressed protons and neutrons while the outside shells are made up of spread out electrons.
The space between the atomic nucleus and the electron cloud is primarily filled with empty space. This empty space allows for electrons to move about freely and occupy different energy levels within the electron cloud.
The electrostatic forces between the protons and the electrons keep it in orbit.
The space is empty, total vacuum.
The space between atoms and molecules is filled with electron clouds, which contain electrons moving rapidly around the nuclei of the atoms. These electron clouds create an "electron cloud" that helps hold atoms together in a substance.
Noble gases have completely filled valence electrons. Helium has 2, other elements have 8
There is electron charge (and mass) everywhere inside the atom. It is not empty space.There is electronic charge density in the entire volume of an atom. The electrons are said to orbit the nucleus, but that is a short hand description of reality. Reality is described by quantum mechanics and the representation of the location of the electrons is more like a diffuse cloud throughout the atom.Empty space. Nothing.Nothing. Empty space.Nothing between the electrons and the nucleus is nothing99.9% of that space has no matter in it
The thin fluid-filled space in the chest between the two pleural layers is called the pleural cavity. This space helps the lungs expand and contract during breathing by reducing friction between the layers of the pleura.