Authors :
David Umolo
Volume/Issue :
Volume 8 - 2023, Issue 12 - December
Google Scholar :
http://tinyurl.com/2bm3kawz
Scribd :
http://tinyurl.com/ybtf5mks
DOI :
https://doi.org/10.5281/zenodo.10468569
Abstract :
This study provides a new dimension (shortest
route) to handling and solving differential problems
involving reiterative or successive differentiation using
the combinatoric and modular arithmetic techniques.
The application of the technique is identified to be very
easy to apply in dealing with higher order differentiation
of linear, trigonometric and exponential functions with
attention drawn to the resulting identities and signs. The
successive differentiation of a function with negative
power is also explored and validated. The study is
therefore targeted to aid learning, teaching and
applications.
Keywords :
Combinatoric, modular, differentiation, trigonometric, and successive.
This study provides a new dimension (shortest
route) to handling and solving differential problems
involving reiterative or successive differentiation using
the combinatoric and modular arithmetic techniques.
The application of the technique is identified to be very
easy to apply in dealing with higher order differentiation
of linear, trigonometric and exponential functions with
attention drawn to the resulting identities and signs. The
successive differentiation of a function with negative
power is also explored and validated. The study is
therefore targeted to aid learning, teaching and
applications.
Keywords :
Combinatoric, modular, differentiation, trigonometric, and successive.
