Examples of using Those particles 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
What are those particles made of?
And the liquid around those particles?
All those particles… that don't exist.
Let's take a closer look at those particles.
And those particles originate from the sun.
Finally, we should decide what to do with those particles.
Yet those particles haven't shown up as planned.
Low volume means a high pressure because those particles push back.
Those particles would reflect some sunlight back into the sky.
It's conceivable this energy barrier is related to those particles.
All of those particles would also be gigantic, enormous systems.
When certain kinds of particles interact with the field, that interaction is what gives those particles mass.
We could use those particles to reinitialize our warp reaction.
That is how a person becomes sensitive to everything that makes its appearance in spring,especially to pollen, those particles from plants that are now particularly irritating.
Every so often those particles will be aimed at each other, so there's a head-on collision.
It's because a god's gong exists in particles ranging from the extremely microscopic to the very macroscopic,and every one of those particles carries that god's image.
But in the cosmos, those particles are but one of the lowest of the lowest planes of particles there are.
There are two key components involved in managing these fickle quantum states effectively: the types of particles a quantum computer uses,and how it manipulates those particles.
If it wasn't there, those particles would have no mass, and no atoms could form and there would be no us.
Many scientists think that a magnetic field of a planet serves as a shield for the atmosphere, deflecting solar wind particles around the planet in a bit of a force field-typeeffect having to do with electric charge of those particles.
The reason physicists want to get those particles moving so fast is so that they can slam them into one another.
Those particles, if they got to our detectors, would be a huge background such that we would never be able to see wimps.
The other thing that's reallyexciting about string theory is that one of those particles it describes is actually the missing quantum of gravity that we have been trying to understand.
Studying those particles could reveal what distant, mysterious objects in the Kuiper Belt are made of, and perhaps how they formed.
Therefore, we are never the same physically,but at some level we are unable to perceive and those particles responsible for establishing a proper set or group, keeping as something physically stable.
Each of those particles may or may not, in fact, be present, which makes for 2 to the 10118 possible arrangements of protons.
If it wasn't there, those particles would have no mass, and no atoms could form and there would be no us….
And this shield prevents those particles from reaching the detectors because we're trying to find wimps, not background particles. .
The collisions would“free” those particles' inner building blocks- quarks and gluons- so nuclear physicists could study their behavior unbound from ordinary matter.
