In this work we introduce the Beta Pareto Geometric (BPG)
distribution because of the wide usage of the Pareto geometric
distribution and the fact that the current generalization provides
means of its continuous extension to still more complex
situations. We have derived various properties of the beta Pareto
geometric distributions, including the moment generating
function and the rth generalized moment. Discussion of the
estimation procedure by maximum likelihood has been introduced
followed by the Fisher information matrix. Finally, we
demonstrate an application to real data. In conclusion, the
beta Pareto geometric class of distributions provides a rather
general and flexible framework for statistical analysis. It unifies
several previously proposed families of distributions, therefore
yielding a general overview of these families for theoretical
studies, and it also provides a rather flexible mechanism for fitting
a wide spectrum of real world data sets. We hope that this
generalization may attract wider application in reliability and
biology