In an static electric field, the divergence at one point equals to the electric charge volume density ρ at that point divided by ε0. The physical meaning is: A circulating magnetic field is produced by an electric current and/or by an electric field that changes with time.
Explanation:
A circulating magnetic field is produced by an electric current and/or by an electric field that changes with time.
The Ampere-Maxwell equation relates electric currents and magnetic flux. It describes the magnetic fields that result from a transmitter wire or loop in electromagnetic surveys. For steady currents, it is key for describing the magnetometric resistivity experiment.
According to Ampere's Circuital Law, the line integral of the magnetic field along any closed loop C is proportional to current 'I' passing through the closed loop. In 1864, Maxwell showed that the above equation (1) is logically inconsistent.
Explanation:
Ampere-Maxwell's Law
In an static electric field, the divergence at one point equals to the electric charge volume density ρ at that point divided by ε0. The physical meaning is: A circulating magnetic field is produced by an electric current and/or by an electric field that changes with time.
Answers & Comments
Answer:
In an static electric field, the divergence at one point equals to the electric charge volume density ρ at that point divided by ε0. The physical meaning is: A circulating magnetic field is produced by an electric current and/or by an electric field that changes with time.
Explanation:
A circulating magnetic field is produced by an electric current and/or by an electric field that changes with time.
Answer:
The Ampere-Maxwell equation relates electric currents and magnetic flux. It describes the magnetic fields that result from a transmitter wire or loop in electromagnetic surveys. For steady currents, it is key for describing the magnetometric resistivity experiment.
According to Ampere's Circuital Law, the line integral of the magnetic field along any closed loop C is proportional to current 'I' passing through the closed loop. In 1864, Maxwell showed that the above equation (1) is logically inconsistent.
Explanation:
Ampere-Maxwell's Law
In an static electric field, the divergence at one point equals to the electric charge volume density ρ at that point divided by ε0. The physical meaning is: A circulating magnetic field is produced by an electric current and/or by an electric field that changes with time.
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