Приклади вживання Each electron Англійська мовою та їх переклад на Українською
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Each electron has a negative charge.
The method is based on the assumption that each electron in a molecule is described by its own wave function, called a molecular orbital(MO).
Each electron has a very small amount of energy.
Many CRT displays use ametal plate near the front of the tube to ensure that each electron beam hits the corresponding phosphors of the correct color.
Each electron behaves as an elementary magnet.
The starting and stopping of electron flow through the length of a conductor is virtually instantaneous from one end of a conductor to the other,even though the motion of each electron may be very slow.
Each electron carries a small electric charge.
Sometimes when a bond is broken in a particular manner, for example,when struck by photons, each electron in the bond relocates to each respective molecule, and a radical-pair is formed.
Because each electron is identical to every other electron. .
But in order to really know a molecule's ground state,you have to simulate how each electron in each atom will interact with all of the other atoms' nuclei, including the strange quantum effects that occur on such small scales.
Each electron in an atom has its own set of quantum numbers.
The motion of each electron is determined by the field created by all other particles averaged in a certain way and given by some potentials.
Each electron in an orbital has a unique value for the fourth quantum number, spin.
The charge distribution of each electron was the solution of the Schrödinger equation for an electron in a potential v( r){\displaystyle v(r)}, derived from the field.
Each electron causes multiple electrons to be released from the microchannel plate.
Each electron seems to sense where every atom in the graphite is, even though the target is much bigger than it.
Each electron maintains the same schema, but can sometimes switch to another, if no other electron even this scheme fails to execute.
Each electron adheres to the same scheme, but sometimes it can switch to another, if no other electron has this scheme does not comply.
Each electron keeps to the same pattern, but once in a while it may change to another, as long as no other electron is doing that pattern already.
Furthermore, the spin of each electron previously involved in the bond is conserved,[1][2]which means that the radical-pair now formed is a singlet(each electron has opposite spin, as in the origin bond). As such, the reverse reaction, i.e. the reforming of a bond, called recombination, readily occurs.
These guys lost an electron each.
Each individual electron, though, travels through the conductor at a much slower pace.
If all goes as planned,the American company will launch at least one rocket its Electron each month in 2019.
Hydrogen is the most-abundant element in the universe and the simplest-comprised of only one proton and one electron in each atom.
They're each sharing an electron with the other one so that they both can pretend their 1s orbital is completely filled.
Each photon can only do one electron.
For simplicity, we assume that each atom contains one optical electron. then.
A neutral-particle-beam weapon ionizes atoms by either stripping an electron off of each atom, or by allowing each atom to capture an extra electron.
Carbon shares its 4 electrons with those 4 hydrogens,and those 4 hydrogens each share 1 electron with carbon, so everybody's happy.