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Rapid Mix Design Solution
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Create a function to return maximum energy dissipation rate along the centerline of a free jet given inputs of distance downstream of the jet (along the centerline), jet velocity, and initial jet diameter. You will find the Rapid Mix powerpoint useful in finding a relationship between these variables.

Use your function to create a graph of the centerline (maximum) energy dissipation rate as a function of distance from jet origin. \* Use an initial diameter of DiamJet = 10 cm and a velocity of VelJet = 1 m/s. \* Use a range of 7 to 20 jet diameters when creating the graph. \* Use units of meters for the x-axis and W/kg for the y-axis. Make sure to label your axes correctly.

`Colab worksheet plotting centerline energy dissipation rate <https://colab.research.google.com/drive/1tq6eHiIw47JGIPd4P_16AsewbC5GsEMk#scrollTo=S_eMUbTWFRfR&line=5&uniqifier=1>`_

.. _figure_Energy_dissipation_rate_vs_Distance_from_jet_origin:

.. figure:: ../Images/Energy_dissipation_rate_vs_Distance_from_jet_origin.png
   :width: 400px
   :align: center
   :alt: Energy dissipation rate vs Distance from jet origin

   Energy dissipation rate vs Distance from jet origin