Author(s)

Tafireyi Nemaura

Department of Clinical Pharmacology, University of Zimbabwe, Harare, Zimbabwe.

A three dimensional unison product with third derivative of displacement system of differential equations is presented. A projected plasma efavirenz concentration profile of a patient who had been on an orally administered 600 mg daily dose of efavirenz is used as a structural aggregate. A three compartmental model of ordinary differential equations is suggested and solved numerically. The model projects descriptors associated with the product of a bounce that is a closed system. The product consists of three independent phases with two variable states, intenseness (concentration) that measures a structural aggregate and an environmental influence which is gravity. The third phase of the product is a processing function (spartial aggregate) which is a free potential. The function, a free potential, is responsible for ordering the product. A dynamical system with an attractive subspace which is an external potential (stable) with a zero eigenvalue is derived. The unison jerk’s Jacobian Matrix has corresponding negative, positive and zero eigenvalues.

Jerk, Product Process, Space, Product Structure, Electron, Product Environment, Gravity

Nemaura, T. (2023) An Atomic Product: The Unison Jerk in Drug Transportation. Journal of Applied Mathematics and Physics, 11, 874-883. doi: 10.4236/jamp.2023.114058.