Formulate Equations for Reciprocity Vector and Scalar of Some Mechanical and Electrical Quantities

Abstract

This study deals a new concepts of some physical reciprocally quantities which are vectors or scalars and its relationship with the fundamental quantities. The reciprocal of kinematics dimension quantities of moved particle for linear, rotational and circular movement are resulted the quantities that so called the time quantities such as  time velocity, time acceleration . Other derivative quantities  were derived from the principle equations to produce reciprocal movement equations. For  dynamical mechanics, the quantities were derived  from the principle equation such as time force, momentum, torque, energy,…ect. Also some reciprocal quantities due to electricity equations  include  the reactance, electric current, conductivity, …ect,  and  its derivative quantities are introduced time current density, time power. The results show that the concept of reciprocal of some quantities  describes the quantity from two faces, first the principle quantities as were known, which depend on time  and second the reciprocal of this quantity, that independent on time and gives a new concept to the same quantity, describe the motion of particle or field. This will  add a complete meaning of movement of a particle , if a particle is a moving neutral or charged particle, or intrinsic quantity.

Keywards: reciprocal of velocity, conductivity, reciprocal  current , inverse quantity, reciprocal ,  time electric field.