On the Interpolation and the Use in MPASTRO Activities
DOI:
https://doi.org/10.13102/sscf.v18i.8292Keywords:
Astronomy, Interpolation, Observational Data, BNCCAbstract
Astronomy represents an area of scientific knowledge that constantly works with numerical
data, derived from observations (spectroscopy, photometry, polarimetry) or from physical-
mathematical models. Therefore, analyzing and interpreting data of a scientific nature ob-
tained from graphs and/or tables represents a very common task for the astronomer. Often,
there is a need to know, for example, the coordinate of an object for a certain date (year,
month, day, hour, minute and second) of observation. In other cases, during the acquisi-
tion phase, extraneous processes can happen and cause the partial or total commitment of
the desired astronomical information, which can harm a later analysis (local or global) of
the phenomenon studied. As the Interpolation method represents a topic of study that is
part of the training process for future Masters of the Postgraduate Program in Astronomy,
Professional Master’s in Astronomy (MPASTRO) of the Physics Department of UEFS, we
consider it appropriate to present a small contribution on the Interpolation method in the
context of Astronomy. An analysis is also carried out on the skills provided for in the BNCC
(National Curricular Common Base).
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Copyright (c) 2022 Paulo César da Rocha-Poppe, Vera, Marildo, Mariângela, Max, Priscila, Abelardo, Adaltro, Ana, Andréa, Anna, Gleide, Carrilho, Jucelia, Katyuscya, marcelo, Milena, Paulo Marcos, Rodrigo
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