Examples of using Electromagnetic force 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
We are being restrained by an electromagnetic force.
The electromagnetic force interacts with electrically charged matter via particles called photons.
In daily life you only notice two forces: gravity and electromagnetic force.
The electromagnetic force, by contrast, has an infinite range because its boson(the photon) is massless.
Dark matter doesn't interact with the electromagnetic force, meaning it doesn't absorb, reflect or emit light.
Because they do not have any electrical charge,neutrinos also do not feel the electromagnetic force.
By showing that an electromagnetic force could manipulate light, Faraday had discovered a deeper unity of nature.
So Kaluza says,maybe I can play the same game and describe electromagnetic force in terms of warps and curves.
Electromagnetic force- Force that the electromagnetic field exerts on electrically charged particles.
The second force to be understood was the electromagnetic force, which lights up our cities and powers our appliances.
And when he looked at that equation, it was none other than the equation thatscientists had long known to describe the electromagnetic force.
If the electromagnetic force were 4 percent weaker, there would be no hydrogen and no normal stars.
Household electricity andits current flow can seem quite mysterious, since this electromagnetic force is entirely invisible.
Just as photons carry the electromagnetic force, particles called gluons carry the strong force. .
In contrast to beta decay,the fundamental interactions responsible for alpha decay are a balance between the electromagnetic force and nuclear force. .
So the balance between the strong nuclear force and the electromagnetic force affects the way protons and neutrons can combine to make stable atomic nuclei.
If the strong force were a bit weaker, it would not be able tohold atomic nuclei together against the repulsion of the electromagnetic force.
And if you really think about whatis happening here it is fundamentally in electromagnetic force because if you really zoom in on the molecules of the ice, or even better, the atoms of the ice.
If the strong force were even slightly weaker than what it is, it would not be able tohold the atomic nuclei together against the repulsion of the electromagnetic force.
Maybe I can play the same game with the other known force, which was, at that time,known as the electromagnetic force-- we know of others today, but at that time that was the only other one people were thinking about.
Us guys are doing the weak forces and the strong forces, and what we don't understand is the gravitational force, and we think we understand the electromagnetic force.
Bosons are a decidedly mixed bunch that includes the photons of electromagnetic force, the W and Z bosons of the weak force, and such matter particles as deuterium nuclei, pi mesons, and a raft of others.
In that way the symmetry of the electroweak force in the Standard Model was saved- the symmetry between the threeheavy particles of the weak force and the massless photon of the electromagnetic force remains, only hidden from view.
Maybe I can play the same game with the other known force, which was, at that time,known as the electromagnetic force-- we know of others today, but at that time that was the only other one people were thinking about.
The four distinct forces we have come to know and love: with the weak force controlling radioactive decay,the strong force binding the atomic nucleus, the electromagnetic force binding molecules, and gravity binding bulk matter.
There are four fundamental forces-- the gravitation force that everybody knows about,the electromagnetic force, which mostly everybody knows about, the weak force, which you don't know about, and the strong force, which you don't know about.
The electron-- the thing that goes around the atomic nucleus-- held around in orbit, by the way,by the electromagnetic force that's carried by this thing, the photon.
They attract each other by exchanging particles called photons,which are quanta of light that carry the electromagnetic force, one of the fundamental forces of the Standard Model.