The electric current is a flow of electrons that are transported by a conductor at a certain time, I thought the clarification that Marisol made about the discovery of the scientists seemed very important, all excellent, thank you very much. Sincerely: Manuela Londoño Marín.
It is the displacement of charges that a material goes through and they always move from the positive pole to the negative pole. very understandable your explanation. cordially: Juan Pablo Florez
Electric current is the flow of electrons that per unit of time go through a conductor, the charges move from the negative pole to the positive pole. An electron is a particle that has a negative electric charge. By the physical law of attraction (when two charges of opposite signs attract each other), any electron is attracted to a proton that contains a positive charge. A proton that is positively charged does not move due to its mass, instead the electrons are the ones that move through the circuit. each time the electrons go through the circuit until they reach the protons, the positive pole is less positive and the negative pole less negative until they reach a point of equilibrium. Very interesting
Susana Castrillon Zapata
The video shows that the electric current is the consequence of the movement of the electrons that have been arranged inside the material in question. Meanwhile, due to this movement of charges that it causes, it is common for the electric current to trigger what is known as a magnetic field.
It should be noted that we can also find two other types of current, alternating current and direct current.
The first is characterized by being an electric current in which both the magnitude and the direction will oscillate in a cyclical way, on the other hand, the continuous current is the type of electric current that will not modify its sense, even with the passage of time, and always flows in the same direction
Yeferson oliveros Betancur
They explain to us that electric current to that physical magnitude that indicates the amount of electricity that runs through a conductor, during a given unit of time.
Att: Ximena Andrea Pulgarin
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manuela_marin48
The electric current is a flow of electrons that are transported by a conductor at a certain time, I thought the clarification that Marisol made about the discovery of the scientists seemed very important, all excellent, thank you very much. Sincerely: Manuela Londoño Marín.
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manuela_marin48
It is the displacement of charges that a material goes through and they always move from the positive pole to the negative pole. very understandable your explanation. cordially: Juan Pablo Florez
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grupocuatromatyfis
Electric current is the flow of electrons that per unit of time go through a conductor, the charges move from the negative pole to the positive pole. An electron is a particle that has a negative electric charge. By the physical law of attraction (when two charges of opposite signs attract each other), any electron is attracted to a proton that contains a positive charge. A proton that is positively charged does not move due to its mass, instead the electrons are the ones that move through the circuit. each time the electrons go through the circuit until they reach the protons, the positive pole is less positive and the negative pole less negative until they reach a point of equilibrium. Very interesting
Susana Castrillon Zapata
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grupocuatromatyfis
The video shows that the electric current is the consequence of the movement of the electrons that have been arranged inside the material in question. Meanwhile, due to this movement of charges that it causes, it is common for the electric current to trigger what is known as a magnetic field.
It should be noted that we can also find two other types of current, alternating current and direct current.
The first is characterized by being an electric current in which both the magnitude and the direction will oscillate in a cyclical way, on the other hand, the continuous current is the type of electric current that will not modify its sense, even with the passage of time, and always flows in the same direction
Yeferson oliveros Betancur
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xime_0826
They explain to us that electric current to that physical magnitude that indicates the amount of electricity that runs through a conductor, during a given unit of time.
Att: Ximena Andrea Pulgarin
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