EXPLORING NOVEL APPLICATIONS OF NEWTON FORWARD DIVIDED DIFFERENCE INTERPOLATION METHOD IN PERIMETER CALCULATION
Keywords:
Newton Forward Divided Difference Interpolation, Arc Length, Simulator,, Piper BetleAbstract
This study addresses the challenge of calculating the perimeter of irregular shapes, particularly for individuals
without a strong mathematical background. The study involves developing a user-friendly simulator, PeriTech that
simplifies the process of perimeter calculation by providing a visually intuitive interface. This study focuses on
calculating the perimeter of irregular shape objects such as piper betle leaf. The method involves developing a
mathematical equation that corresponds to the boundary of the piper betle leaf to calculate the perimeter of the leaf.
Newton Forward Divided Difference Interpolation is used to find a polynomial equation from the data points. With
this approach, an object’s form may be divided into basic and more simple curve shapes, each of which’s arc length
can be calculated, and combine the arc lengths to determine the estimated perimeter.
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Copyright (c) 2024 Sidik Rathi, Nurzalina Harun, Azneen zuhreen Burhanud Din, Zubaidah Sadikin, Mohd Agos Salim Nasir
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