Examples of using Each atom in English and their translations into Ukrainian
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Colloquial
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Ecclesiastic
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Computer
the following three structures are acceptable in that they give each atom the neon structure.
Thus, each atom of potassium, forming a chemical bond in the molecule,
you have to simulate how each electron in each atom will interact with all of the other atoms' nuclei, including the strange
If we want to measure each atom to within a typical atomic size this means that the velocities will be uncertain by about 300 meters per second(if the particle weighs as much as a Hydrogen atom say).
The last section in the header is one line for each atom consisting of 5 numbers,
You probably already know everything is made up of little tiny things called atoms or even that each atom is made up of even smaller particles called protons, neutrons and electrons.
in fact, the diamond structure, in which each atom is bonded to four neighbors,
The atoms that make up the gas of the planetary atmosphere absorb light at very specific colors in the spectrum, and each atom has a unique“fingerprint” of colors that it absorbs.
You probably already know everything is made up of little tiny things called atoms or even that each atom is made up of even smaller particles called protons, neutrons and electrons.
it is possible to find the number of electrons in each atom.
One of the rules of thumb when making these diagrams is that some elements tend to react with each other in such a way that each atom ends up with 8 electrons in its outermost shell.
the atoms occupy equilibrium positions at which the sum of all forces acting on each atom from the direction of the other atoms is equal to zero and the potential energy of the atom is minimal.
action of electrical forces, since it was assumed that there were two electrical poles in each atom and in any atomic grouping.
a simulation of a gas cloud cannot afford to have a particle for each atom or molecule of gas as this would require on the order of 7023100000000000000♠1023 particles for each mole of material(see Avogadro constant),
Each atom is a particle of energy.
Each atom is simulated as one particle.
Each atom is represented as a single particle.
It has 4 edges because each atom has 4 nearest neighbors.
forces that guide the magnetic moments of each atom.
Let's now look inside of each atom-- and thus the blueberry, right?--.