Question

По двум параллельно расположенными проводника протекают токи, Направлены в одну сторону. Пользуясь правилом левой руки и правилом буравчика, определите, что будет происходить с проводниками (притягивание, Отталкивание, отсутствие взаимодействия. )Ответ объяснить.

Answer 1

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Answer 2

Determining the Interaction Between Parallel Current-Carrying Conductors

When two parallel current-carrying conductors have currents flowing in the same direction, the interaction between them can be determined using the right-hand rule and the screw rule.

Right-Hand Rule: According to the right-hand rule, when the thumb of the right hand points in the direction of the current in one conductor and the fingers point in the direction of the current in the other conductor, the direction of the force between the conductors can be determined.

Screw Rule: The screw rule states that if a right-handed screw is turned in the direction of the current in the first conductor and moved in the direction of the current in the second conductor, the direction of the force between the conductors can be determined.

Interaction Between Parallel Current-Carrying Conductors

Using the right-hand rule and the screw rule, it can be determined that when two parallel current-carrying conductors have currents flowing in the same direction, they will experience a mutual attraction. This means that the conductors will be drawn towards each other due to the magnetic forces produced by the currents flowing through them.

This interaction is a result of the magnetic fields produced by the currents in the conductors, which interact with each other to create a force of attraction between the conductors.

Therefore, when currents flow in the same direction through parallel conductors, they will experience a mutual attraction due to the magnetic forces produced by the currents.

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