Приклади вживання Electric charges Англійська мовою та їх переклад на Українською
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There are two Electric charges'Positive+' and'Negative-'.
Coulomb, in France, found the same law for electric charges.
When electric charges move, they create a magnetic field.
This sensitve instrument was used in the laboratory to check electric charges.
When a person walks on it, small electric charges may occur that do not harm people.
This is the fundamental reason for the existence of the sub-elementary quarks andtheir fractional electric charges.
He was an American physicist who discovered two electric charges,'positive' and'negative'.
The flow of the displacement vector of the electrostatic field in the dielectric through any closed surface is equal to thealgebraic sum inmates inside this surface free electric charges:.
The combination of magnetic fields and electric charges leads to what the physicists call broken time-reversal symmetry.
The anti-matter looks practically the same as matter, except that their electric charges are the opposite.
The last two, the first equation says that electric charges and currents give rise to all the electric and magnetic fields.
But we efficiency while not required, we decided the task-developed a pump for electric charges.
Magnetic fields are produced by these weak moving electric charges in the ionised gas, suggesting that H II regions might contain electric fields.
He combined the concept of acontinuous electromagnetic field with the notion of discrete electric charges which are a part of substance.
Faraday discovered that the flow of electric charges could be induced by moving an electrical conductor,such as a wire that contains electric charges, in a magnetic field.
Baryons carry a lot of information with their three quarks, two flavors, various spin orientations,multiple color and electric charges, and their internal gluon field.
Faraday discovered that the aforementioned flow of electric charges can possibly be induced by moving an electrical conductor,like a cable that contains electric charges, in a magnetic field.
This movement creates a voltage difference between the two ends of the wire or electrical conductor,which in turn causes the electric charges to flow, thus generating electric current.
A standard battery stores electric charges through the chemical reactions taking place within it, while a supercapacitor stores and separates negative and positive charges directly on its surface.
Although this strange phenomenon was not offered an explanation,Romig claimed that electric charges can be associated with“interaction with the surrounding dust particles.”.
While a conventional battery stores electric charges via the chemical reactions occurring within it, a supercapacitor instead stores and separates positive and negative charges directly on its surface.
This movement creates a voltage difference between the two ends of the wire or electrical conductor,which in turn causes the electric charges to flow, thus generating electric current.
The field of external forces, electric charges move inside the power supply against the forces of electrostatic field, whereby the terminal current source and is supported by the potential difference in the circuit current is flowing.
Faraday learned that the above mentioned flow of electrical charges might be caused by moving an electric conductor,like a wire which contains electric charges, inside a magnetic field.
A Faraday cage operates because anexternal static electrical field causes the electric charges within the cage's conducting material to be distributed such that they cancel the field's effect in the cage's interior.
In this theory Maxwell summarized all known facts of macroscopic electrodynamics and introduced for the first time the concept of displacement current, which,like an ordinary current(conduction current or moving electric charges), generates a magnetic field.
One of the fundamental laws ofelectrostatics; determines the force of interaction between two point electric charges at rest- that is, between two electrically charged bodies whose dimensions are small compared with the distance between them.