Examples of using An electron in English and their translations into Danish
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HANDS-ON CERN-- Text Electron volt 1 electron volt(1 eV) is the energy an electron receives if it is accelerated by a voltage of 1 Volt.
quantum numbers are in general needed in order to define the energy state of an electron.
It turns out that an electron, you cannot know exactly its momentum
Removing an electron from an atom of helium,
The electron affinity of an atom is the amount of energy released when an electron is added to a neutral atom to form a negative ion.
That the mass and electrical charge of an electron are constant, it follows that the extension of an electron will change during time.
To form an ion. the energy required to completely remove an electron from an atom of an element.
Gives an electron to the hydrogen in the nitric acid causing the copper to become a solution.
Removing an electron from an atom of helium,
The reason for the coefficient 2 in the formula is that there are two spin orientations of an electron.
The reason for the coefficient 2 in the formula is that there are two spin orientations of an electron.
the energy required to remove an electron.
From(20) we see that an electron about 10 billion years ago had an extension about ten times smaller than an electron in our epoch!
the muon chamber it is an electron or positron.
The reason for the coefficient 2 in the formula is that there are two spin orientations of an electron.
The tau decays are especially complicated since the tau particle itself can decay into an electron or a muon plus neutrinos.
The energy level of an electron in an atom in which the effective charge is Z is-RZ²/n² where R is the Rydberg constant and n is the quantum number of the electron its number of angular momentum units.
Thus for an electron in a shell the effect of the other electrons in the shell is the same as if one half of the charge of the other electrons were concentrated at the center of the shell.
And they also have an unbelievably high velocity-- it's actually hard for-- we start touching once again on a very strange part of physics once we start talking about what an electron actually is doing-- but is has enough.
HANDS-ON CERN-- Bild A WW decay were one of the W's has decayed into an electron and an electron-neutrino, and the second has decayed into a muon and a muon-neutrino.