Relative logarithmic order of an entire function
Chinmay Ghosh, Anirban Bandyopadhyay, Soumen Mondal
Abstract
Chinmay Ghosh, Anirban Bandyopadhyay, Soumen Mondal
Abstract
In this paper, we extend some results related to the growth rates of entire functions by introducing the relative logarithmic order $\rho _{g}^{l}(f)$ of a nonconstant entire function $f$ with respect to another nonconstant entire function $g.$ Next we investigate some theorems related the behavior of $\rho _{g}^{l}(f)$. We also define the relative logarithmic$ $proximate order of $f$ with respect to $g$ and give some theorems on it.
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In this paper, we extend some results related to the growth rates of entire functions by introducing the relative logarithmic order $\rho _{g}^{l}(f)$ of a nonconstant entire function $f$ with respect to another nonconstant entire function $g.$ Next we investigate some theorems related the behavior of $\rho _{g}^{l}(f)$. We also define the relative logarithmic$ $proximate order of $f$ with respect to $g$ and give some theorems on it.
Key concepts: Mathematics, Logarithm, Order (exchange), Entire function, Function (biology), Logarithmic growth, Pure mathematics, Mathematical analysis