Abstract:
In this study, we proposed a malaria-hygiene mathematical model using non-linear differential equation. The
model equations are divided into seven compartments consisting of five human compartments (Hygienic
Susceptible, Unhygienic Susceptible, Hygienic Infected, Unhygienic Infected, and Recovered) and two vector
compartments (Non-Disease Carrier vector and Disease carrier vector). Differential Transformation Method
(DTM) is applied to solve the mathematical model. The solutions obtained by DTM are compared with Runge
Kutta order 4th method (RK4). The graphical solutions illustrate similarity between DTM and RK4. It
therefore imply that DTM can be consider a reliable alternative solution method.
