Examples of using Atom has in English and their translations into Swedish
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Colloquial
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Official
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Medicine
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Ecclesiastic
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Ecclesiastic
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Official/political
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Computer
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Programming
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Political
The Atom has arrived.
Surrounded by an electron cloud of lines of force. Each atom has a tiny nucleus at its center.
Atom has landed a punch!
Somehow Atom has survived.
Unlike for hydrogen, a closed-form solution to the Schrödinger equation for the helium atom has not been found.
No other atom has the same flexibility.
However, due to the wave characteristics in the quantum world, until our own observation forces it into a definitive state. the atom has both decayed and not decayed.
It looks like Atom has a shadow function.
Atom has arrived onto the WRB scene with a vengeance,
Description Dr. Atom has invented a flying machine.
Dr. Atom has invented a flying machine.
positively charged atom has neither with the masculine or feminine form in creation to do.
Each atom has a tiny nucleus at its center… surrounded by an electron cloud of lines of force.
It's based on how many electrons an atom has, or a certain element has. And how those electrons are configured,
Each atom has specific absorption energies which blueprint its atomic structure;
If the replacement atom has more(less) electrons than the substituted crystal atom,
Each atom has a nucleus that contain subatomic particles called electrons(negatively charged particles),
While each individual atom has its own spin-orbit coupling going on between its internal components(electrons
Imagine a steel where every atom have optimal grip with each other.
So my atoms have known your atoms…
My atoms have always loved your atoms. .
Therefore, one can say that small atoms have large forces.
What an enormous amount of energy these small atoms have!
Notes[1] The negatively charged electrons that orbit the positively charged nucleus in an atom have quantised energy levels.
He and Niels Bohr made a model of an atom in which each atom had a positive nucleus surrounded by negative electrons.
Darker violet colors indicate atoms that have dropped below their original position, whereas the lighter green colors show where atoms have risen.
a fluid ionized whose atoms have lost one
because larger atoms have greater energy differences between orbitals- the energy level more closely matches the energy of the photon.
This bunch of organized atoms has decided it needs to go to the bathroom.