According to the law of electromagnetic induction, an alternating magnetic field generates a vortex electric field. Similarly, an alternating electric field generates an eddy magnetic field, but when the electric field changes, the direction of the vector B forms a right screw with the direction of the vector dE/dt. The coefficient of proportionality in the GHS, which connects these fields, is the same in both phenomena. Using this property of the electromagnetic field, determine in the GHS and SI the dependence of the circulation of the magnetic field induction along a closed loop on the rate of change of the electric displacement flow through this loop.