boinor.constants.rotational_elements
====================================

.. py:module:: boinor.constants.rotational_elements

.. autoapi-nested-parse::

   module containing rotational elements (period) in sub-package constants
   Rotational_period_ refers to the sidereal period, relative to the stars it's the time it takes for a planet to complete one orbit.



Attributes
----------

.. autoapisummary::

   boinor.constants.rotational_elements.rotational_period_earth
   boinor.constants.rotational_elements.rotational_period_sun
   boinor.constants.rotational_elements.rotational_period_mercury
   boinor.constants.rotational_elements.rotational_period_venus
   boinor.constants.rotational_elements.rotational_period_moon
   boinor.constants.rotational_elements.rotational_period_mars
   boinor.constants.rotational_elements.rotational_period_jupiter
   boinor.constants.rotational_elements.rotational_period_saturn
   boinor.constants.rotational_elements.rotational_period_uranus
   boinor.constants.rotational_elements.rotational_period_neptune
   boinor.constants.rotational_elements.rotational_period_pluto


Module Contents
---------------

.. py:data:: rotational_period_earth

.. py:data:: rotational_period_sun

.. py:data:: rotational_period_mercury

.. py:data:: rotational_period_venus

.. py:data:: rotational_period_moon

.. py:data:: rotational_period_mars

.. py:data:: rotational_period_jupiter

.. py:data:: rotational_period_saturn

.. py:data:: rotational_period_uranus

.. py:data:: rotational_period_neptune

.. py:data:: rotational_period_pluto