If the atom's outer boundary is established by the "mean radius of the outermost electron orbital" or something like that, the atom is waaaaaaaaaaay over 99% free space. The hydrogen atom has a diameter over 100,000 times the diameter of the proton in it's nucleus.
The charge of an atom who captured a single elektron is - or -1
the atom to become unstable and rip apart
Conductivity of free space can be approximated to be equal to the conductivity inside of a vacuum, which is zero.
any electron that's NOT bound to an atom
Because atoms are in everything!
0%. Outer space is filled by Maxwell's Aether with "free space Resistance" z= W/Q =375 Ohms, where W and Q are electromagnetic Charges. Planck's Constant h=QW.
Free space is space that is available to be filled or used for some purpose. Emptiness is the state of containing nothing, but as all space contains something there is no place that is completely empty. I might add that a vacuum is not competely empty.
the space that the empty can will take up in a landfull if not recycled
If the space is in outer space there can be no gas against which a terminal velocity can occur
Electron free light.
Yes it does. But don't forget to empty your recycle bin.
the space that the empty can will take up in a landfull if not recycled
the space that the empty can will take up in a landfull if not recycled
It is difficult to compress atoms into smaller volume because of the electromagnetic repulsion that would occur as they got too close. Some solids do have enough free space in between their atoms to be compressed some.
This is quite simple. Whenever you are told that space is empty, you can tell that person that they are in fact wrong. Space may appear empty but there are actually still particles flying around in space all the time. Whether its neutrinos, light, or other misc. particles, they are always colliding with each other. So asking "how can nothing not exist", I'd say that nothing never exists because of these particles. --EDIT: You can have space that doesn't contain any of the mentioned particles. What you are left with is empty space. Recent theories suggest space has an inherent energy. Empty space is very different from "nothing".
The size of your living room furniture depends greatly on your lifestyle. Ideally you should fill your living room with about 50 percent furniture and have 50 percent free space. This will lend to a nice looking room. If you have children, you may like more free space for them to play in. On the other hand, if you rarely use the room, you may find that 75 percent of the space taken up by furniture is acceptable.
The electrons of an atom can note freely around an atom.