About the article
I.P. Popov
The article notes that the force of field interaction between two point non-vector objects (gravitational or electrostatic) depends on the magnitude of charges, which are understood as mass or electric charge. In this case, there are no problems with determining the field strength by dividing the force by the charge, since this operation does not affect vectors. It is shown that the situation is different with magnetic interaction. When trying to determine the strength by excluding the vector quantity from the formula for force, a problem arises with the remaining two vectors, which consists in the fact that they cannot interact with each other (form a vector or scalar product). It is noted that the classical scheme excludes any difficulties in determining magnetic charges and monopoles. It is established that in addition to the interaction between parallel conductors with currents there is an axial interaction.
hidden and combined vectors, field, monopole, charge, force, tension.