Примери за използване на Only one electron на Английски и техните преводи на Български
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Hydrogen has only one electron.
Due to the Pauli exclusion principle,every state can contain only one electron.
And there's only one electron there.
This model explained quite well the structure of the simplest atom, hydrogen,which has only one electron orbiting around the nucleus.
It has only one electron.
A generalization of the Bohr model describes a hydrogen-like ion; that is,an atom with atomic number Z that has only one electron, such as C5+.
Hydrogen has only one electron.
Alkali metals have only one electron on their outer casing, making them very sensitive to pass this unwanted passenger to another component by bonding.
These elements have only one electron missing.
Alkali metals have only one electron on the outer shell, which makes them want to move the unwanted passenger into another element by bonding.
Hydrogen atoms have only one electron.
It has only one electron. And only one proton.
A hydrogen atom has only one electron.
The alkali metals have only one electron in their outer shell, making them ultra-keen to pass on this unwanted passenger to another element via bonding.
An atom with atomic number Z that has only one electron, such as C5+.
He also said that only one electron moving in a particular way and that the electron give or receive energy only when it jumps between different tracks.
But what's happening now is that in 2015, the transistor is going to become so small,that it corresponds to only one electron at a time can flow through that channel, and that corresponds to a single ion channel.
For the hydrogen atom,which has only one electron and consequently is the simplest atom to investigate theoretically, the calculation of the motion of the electron in the electric field of the nucleus led to results of such accuracy that 20 years elapsed until any error of the theory could be found experimentally.
Just as atoms with complete valence shells(noble gases)are the most chemically non-reactive, those with only one electron in their valence shells(alkali metals) or just missing one electron from having a complete shell(halogens) are the most reactive.
You see, there's only one electron in a hydrogen atom.
This allows for only one electron to be in the 4s orbital.
And that leaves us only one electron here in our 4s orbital.
For example, hydrogen has only one electron, so it would go into 1s.
A hydrogen atom only has one electron.
You only have one electron in the s subshell of the first energy shell.
Their outer shells need only gain one electron to achieve a full shell of eight, which makes them similarly reactive.
But there is only one prize- one electron- and where that prize will go is determined later.”.
Since each donor atom creates only one free electron, the concentration of electrons n will equal the concentration of added donor atoms ND.
As electrons are fermions, each of those states can be occupied by one electron only.