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Exact(15)
In that case, the electron could be moving fast enough to fly out of the atom altogether.
The theory predicted much of the observed behavior of hydrogen, in particular the energies that the orbits of the electron could be pushed into.
Every atom or even every electron could be used to register a 1 or a 0, depending on which way it was spinning.
In this scenario, three of the four electrons released from hydrazine oxidation would be used for hydrazine synthesis, and the remaining electron could be used for biomass production, without the need for nitrite oxidation to nitrate.
He worked up a theory to account for how the electron could be captured if it had a velocity equal to what it was going to have after it settled down into the orbit.
Light or a subatomic particle like an electron could be a wave or a particle depending on how you want to look at it, and causes are not guaranteed to be linked to effects.
Similar(45)
Lipscomb showed how a pair of electrons could be shared by three atoms.
Because the cells were so thin, the hot electrons could be pulled out of the cell quickly, before they cooled.
The electrons could be produced in either photoionization or photodetachment events.
These electrons could be the source populations, forming another radiation belt there.
The most remarkable simplification, justified at the time by its success rather than by any physical argument, was that the electrical force between electrons could be neglected.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com