Examples of using Each particle 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
Somehow each particle always knows what the other is doing.
For this, the surfactants will form a layer around each particle.
Each particle could be in 2x different states. Why do I say 2x?
In result, the entire surface of each particle is fully exposed to water.
Somehow, each particle always seems to know what the other is doing.
Imagine, if we could look so closely,we could see each grain, each particle.
Somehow each particle always seemed to know what the other was doing.
By changing the organic coating,we could change the spacing of the particles and alter the size of each particle.
The color of each particle corresponds to the type of feeling inside-- so that happy, positive feelings are brightly colored.
It solves the hierarchy problem by means of new particles- one partner particle for each particle in the Standard Model.
Each particle carries one quantum of energy, equal to hf, where h is Planck's constant and f is the frequency of the light.
Besides this, in the composition of the entire cosmos, each particle within it also contains its cosmic body's different forms of existence.
Within each particle of a cosmic body there are different layers that, to the beings inside them, are different heavens or different layers of heavens.
However, by breaking up the clumps into individual particles, the total surface area is increased, and each particle has an exposed surface that can react.
Each particle, including microbial particles of viruses, bacteria and chemicals can pass through the opening, penetrate the product and/ or leave it.
The ink particles in each droplet will ofcourse be carried along by the fluid motions, but with each particle remaining in its own thread of fluid.
But each particle of each cell of that blood was a snake, so could swallowing all those snakes into your stomach possibly do you any good?
However, by breaking up the clumps into individual particles, the total surface area is increased, and each particle has an exposed surface that can react.
We say,‘One elementary particle acts on another', but each particle is only an abstraction of a relatively invariant form of movement in the whole field of the universe.
So we see the plastic pieces floating slowly through the sensor, and the computer on board will process this image,and measure the size of each particle, so we have a rough estimate of how much plastic there is in the water.
That is going to generate force, and so if we think about how many on average--because it's hard to keep track of each particle individually, and when we did kinematics and stuff, we would keep track of the individual object at play.
If you blew up each particle to the size of a soccer ball, it would be like stacking a whole lot of soccer balls to make something as tall as a skyscraper,” says study co-author Alvin Tan, a graduate student in MIT's Department of Materials Science and Engineering.
Entanglement occurs when groups of particles or waves are created orinteract in such a way that the quantum state of each particle or wave cannot be described independently of the others, however far apart they[…].
Unlike in classical mechanics, where each particle is labeled by a distinct position vector formula_1 and different configurations of the set of formula_1's correspond to different many-body states, in quantum mechanics, the particles are identical, such that exchanging two particles, i.e.
In the cosmos, from the largest to the smallest, from the infinitely microcosmic to the infinitely macrocosmic,there are countless particles, on each particle there's an independent time, and each time has a different length.
TOC__== Two spin-1/2 particles==In a system with two spin-1/2 particles- for example the proton and electron in the ground state of hydrogen,measured on a given axis, each particle can be either spin up or spin down so the system has four basis states in all: formula_2using the single particle spins to label the basis states, where the first and second arrow in each combination indicate the spin direction of the first and second particle respectively.
Similarly, we customarily say,‘One elementary particle acts on another', but,as indicated in the previous chapter, each particle is only an abstraction of a relatively invariant form of movement in the whole field of the universe.
The term Boltzmann entropy is also sometimes used to indicate entropies calculated based on the approximation that the overall probability canbe factored into an identical separate term for each particle- i.e., assuming each particle has an identical independent probability distribution, and ignoring interactions and correlations between the particles. This is exact for an ideal gas of identical particles, and may or may not be a good approximation for other systems.[ 6].