Examples of using Each molecule in English and their translations into Hebrew
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Colloquial
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Ecclesiastic
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Computer
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Programming
Each molecule of DNA is considered one chromosome.
There's more potential energies that each molecule can take on.
Each molecule fits into its partner receptor and no other.
In each level,you will need to create the specified number of each molecule.
Here I have each molecule of phosphorus trichloride has 3 chlorines.
It was changing glucose to lactate andnot getting the full energy bonanza from each molecule.
Each molecule in the human body actually contains a small amount of magnetic energy.
So we have 1.45 grams-- let me write it this way-- of molecular phosphorus, each molecule containing 4 atoms.
Each molecule in the body actually includes a small quantity of electricity and magnetic energy.
But each receptor has what some scientists call a distinct“affinity” for each molecule.
The best indicator is considered for each molecule of hemoglobin- 4 air molecules.
The deposition rate of a molecular ink is dependent on the diffusion rate of the molecule, which is different for each molecule.
My soul will be disintegrated, and each molecule will be placed on the surface of a different burning sun.
I just said if the temperature goes up,the average kinetic energy of each molecule-- they will bounce more.
Each molecule has its own sound, and these sounds are specifically designed so that when the molecule is well-folded they form harmonies.
At this stage, we have entered a state called molecular flow,where the directionality of each molecule is basically random.
Some elements are usually encountered as molecules, e.g. hydrogen(H 2), sulfur(S 8), chlorine(Cl 2). The molar mass of molecules of these elements is the molarmass of the atoms multiplied by the number of atoms in each molecule.
If the model is limited to a single cell,the computer can really count and follow each molecule during the entire cell cycle.
In fact, molecules are able to vibrate at aset of frequencies which are very specific for each molecule and for the bonds connecting them.
Each glucose molecule has six carbon atoms.
Each siRNA molecule can turn off a specific gene inside the cell.
Only once we have unpacked each glucose molecule, can we begin fermentation.
Like most gases, at normal temperature and pressure each hydrogen molecule consists of two atoms bound together.
This transponder actually codes each separate molecule of the disintegrated object so they can be decoded upon reintegration.
And so oil molecule stick to each other.
Each individual water molecule doesn't have a tide, but the whole ocean does.
Each chromosome contains one long molecule of DNA.