Ampere's and Coulomb's laws for alternating currents and charges

For the first time, a theoretical calculation of the forces in Ampere's and Coulomb's laws was performed for the case of variable moving or stationary charges, respectively. A mathematical result was obtained demonstrating the presence of a constant difference in forces on a system of moving or stationary charges. A coefficient common to all electromagnetic interactions was found, allowing one to determine the optimal geometric and temporal parameters of a system of two (or more) currents or charges to generate the greatest constant acting force for practical applications.