Various methods have been developed, preceding this study, in order to derive approximate solutions to a
number of fractional differential equations. In the course of this paper, non-homogeneous, fractional and
ordinary differential equations have been addressed and solved by using the Elzaki transform after yielding
related formulae for fractional integrals, derivatives, and the Elzaki transform of Fractional Ordinary Differential
Equations. The Elzaki technique may be applied to solve multiple types of problems, such as initial-value
problems and boundary-value problems in applied sciences, engineering fields, mathematical physics, and
aerospace sciences. In consequence, this newly hatched approach has been implemented successfully on
fractional ordinary differential equations, which proves to be interesting. As such and practically so, it augments
the library of integral transform approaches. There remains little doubt, based on our findings demonstrated in
Figures 1 and 2, that the ETM technique remains a direct, strong and valuable tool for the solution of same
fractional differential equations