Authors :
Aashni Joshi; Mohan Kshirsagar
Volume/Issue :
Volume 7 - 2022, Issue 10 - October
Google Scholar :
https://bit.ly/3IIfn9N
Scribd :
https://bit.ly/3eEN2Iu
DOI :
https://doi.org/10.5281/zenodo.7217917
Abstract :
In this research paper a model of the solar
system for computing the orbits of all 8 planets true to its
astronomical value and scale using python programming
language is developed. The motion is visualised using
Pygame and Matplotlib library. Iteration is utilized to
depict and update the position of the planets during the
process, and also develop a model to generate the date,
time, and place of all solar and lunar eclipses from 2001
to 2100 by importing python modules related to
astronomy. The model's validity and accuracy are
demonstrated by the study and application of Kepler’s
Laws Of Planetary Motion throughout the procedure and
modelling.
Keywords :
Planetary Motion, Mathematical Modeling, Python Modules for Astronomy, Modelling of The Solar & Lunar Eclipses, Simulation of the Solar System, 3D plot for the projectile on a planet, Solar and Lunar eclipses from 2001 to 2100.
In this research paper a model of the solar
system for computing the orbits of all 8 planets true to its
astronomical value and scale using python programming
language is developed. The motion is visualised using
Pygame and Matplotlib library. Iteration is utilized to
depict and update the position of the planets during the
process, and also develop a model to generate the date,
time, and place of all solar and lunar eclipses from 2001
to 2100 by importing python modules related to
astronomy. The model's validity and accuracy are
demonstrated by the study and application of Kepler’s
Laws Of Planetary Motion throughout the procedure and
modelling.
Keywords :
Planetary Motion, Mathematical Modeling, Python Modules for Astronomy, Modelling of The Solar & Lunar Eclipses, Simulation of the Solar System, 3D plot for the projectile on a planet, Solar and Lunar eclipses from 2001 to 2100.
