Series expansions and polynomial approximations of Monomolecular growth model for some populations of Eucalyptus camaldulensis Dehn. from Eastern Mediterranean Forest Research Manager

Abstract

I n this study, firstly the series expansions of monomolecular growth model from first degree polynomial to n-1 th degree polynomial, were given with respect to t-r where t is time, n is the number of data, r is integer number: 0t≤ ≤nal values of time, respectively. Secondly, monomolecular growth model's series expansions having m-th degree polynomials, studied on the data taken for Eucalyptus camaldulensis Dehn. from Eastern Mediterranean Forest Research Manager were given with R2 with respect to t-k , respectively where t is time; n is the number of data points; m, k are integer numbers 1m nhaving m-th degree were given with R2. For each purpose, the tables and the graphs were used for analyzing the differences