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CHBE 241 Material and Energy Balances
====================================

.. toctree::

   :maxdepth: 2
   :caption: Contents:
.. * :ref:`genindex`
.. * :ref:`modindex`
* :ref:`search`

Module 0 Introduction
====================================

* :ref:`Module-0-Introduction/CHEM-154/CHEM 154 Review notebook.ipynb`
* :ref:`Module-0-Introduction/MATH-152/Solving Sets of Linear Equations.ipynb`
* :ref:`Module-0-Introduction/MATH-152/Unique Solution, No Solution, or Infinite Solutions.ipynb`
* :ref:`Module-0-Introduction/Getting started on Using Jupyter Notebooks and Python.ipynb`
* :ref:`Module-0-Introduction/Learn More.ipynb`


Module 1 Proces Basics Water
====================================

* :ref:`Module-1-Proces-Basics-Water/1.1 - Unit Conversions.ipynb`
* :ref:`Module-1-Proces-Basics-Water/1.2 - Basic Unit Operations.ipynb`
* :ref:`Module-1-Proces-Basics-Water/1.3 - Flow Rate.ipynb`
* :ref:`Module-1-Proces-Basics-Water/1.4 - Input-Output and Block Flow Diagrams.ipynb`
* :ref:`Module-1-Proces-Basics-Water/1.5 - Degrees of Freedom (DOF).ipynb`
* :ref:`Module-1-Proces-Basics-Water/1.6 - Types-of-Processes.ipynb`
* :ref:`Module-1-Proces-Basics-Water/1.7 - Steady-state-and-Unsteady-State-Transience.ipynb`
* :ref:`Module-1-Proces-Basics-Water/1.8 - Materials Balances.ipynb`
* :ref:`Module-1-Proces-Basics-Water/1.9 - Process Economics.ipynb`
* :ref:`Module-1-Proces-Basics-Water/1.10 - Dimensional Homogeneity.ipynb`
* :ref:`Module-1-Proces-Basics-Water/1.11 - Practice Problem 1.ipynb`
* :ref:`Module-1-Proces-Basics-Water/1.12 - Practice Problem 2.ipynb`

	

Module 2 Reactors
==================


* :ref:`Module-2-reactors/2.1 - Reactive Balances.ipynb`
* :ref:`Module-2-reactors/2.2 - Extent-of-reaction.ipynb`
* :ref:`Module-2-reactors/2.3 - Solving Reactive Balances.ipynb`
* :ref:`Module-2-reactors/2.4 - Degrees of Freedom for Reactive Systems.ipynb`
* :ref:`Module-2-reactors/2.5 - Fractional Conversion Yield and Selectivity.ipynb`
* :ref:`Module-2-reactors/2.6 - Equilibrium Constants.ipynb`
* :ref:`Module-2-reactors/2.7 - Combustion Concepts.ipynb`
* :ref:`Module-2-reactors/2.8 - Practice Problem 1.ipynb`
* :ref:`Module-2-reactors/2.9 - Practice Problem 2.ipynb`


Module 3 Separation I 
==================

* :ref:`Module-3-Separation-I/3.1 - Density and specific gravity.ipynb`
* :ref:`Module-3-Separation-I/3.2 - Process and Instrumentation Diagram (P&ID).ipynb`
* :ref:`Module-3-Separation-I/3.3 - Equilibrium.ipynb`
* :ref:`Module-3-Separation-I/3.4 - Temperature systems ( Kelvin, Celsius, Fahrenheit, Rankine ).ipynb`
* :ref:`Module-3-Separation-I/3.5 - Splitter.ipynb`
* :ref:`Module-3-Separation-I/3.6 - Recycle and purge.ipynb`
* :ref:`Module-3-Separation-I/3.7 - Separator.ipynb`
* :ref:`Module-3-Separation-I/3.8 - Module summary and practice questions.ipynb`
* :ref:`Module-3-Separation-I/3.9 - Practice Problem 1.ipynb`
* :ref:`Module-3-Separation-I/3.10 - Practice Problem 2.ipynb`



Module 4 Separation II
==================		
* :ref:`Module-4-Separation-II/4.1 - Separators.ipynb`
* :ref:`Module-4-Separation-II/4.2 - Standards.ipynb`
* :ref:`Module-4-Separation-II/4.3 - Non-Ideal Gas Laws.ipynb`
* :ref:`Module-4-Separation-II/4.4 - Pressure Measurement.ipynb`
* :ref:`Module-4-Separation-II/4.5 - Phase Diagrams.ipynb`
* :ref:`Module-4-Separation-II/4.6 - Steam Tables.ipynb`
* :ref:`Module-4-Separation-II/4.7 - Gibbs Phase Rule.ipynb`	
* :ref:`Module-4-Separation-II/4.8 - Vapour Pressure.ipynb`
* :ref:`Module-4-Separation-II/4.9 - Vapour-Liquid Equilibrium.ipynb`
* :ref:`Module-4-Separation-II/4.10 - Practice Problem 1.ipynb`	
* :ref:`Module-4-Separation-II/4.11 - Practice Problem 2.ipynb`
* :ref:`Module-4-Separation-II/Extra - Steam Tables.ipynb`


Module 5 Energy Balances
==================

* :ref:`Module-5-Energy-Balances/5.1 - The First Law.ipynb`
* :ref:`Module-5-Energy-Balances/5.2 - Heat and Work.ipynb`
* :ref:`Module-5-Energy-Balances/5.3 - Open Systems and Enthalpy.ipynb`
* :ref:`Module-5-Energy-Balances/5.4 - Review of Terms.ipynb`
* :ref:`Module-5-Energy-Balances/5.5 - Cv and Cp Specific Heat Capacity.ipynb`
* :ref:`Module-5-Energy-Balances/5.6 - Questions on Cv and Cp.ipynb`
* :ref:`Module-5-Energy-Balances/5.7 - Reference States and State Properties.ipynb`
* :ref:`Module-5-Energy-Balances/5.8 - Path and State Functions.ipynb`
* :ref:`Module-5-Energy-Balances/5.9 - Thermo Cheat-Sheet.ipynb`
* :ref:`Module-5-Energy-Balances/5.10 - Psychrometric Charts and Spray-Drying.ipynb`
* :ref:`Module-5-Energy-Balances/5.11 - Practice Problem 1.ipynb`



Module 6 Reactive Energy Balances
==================


* :ref:`Module-6-Reactive-Energy-Balances/6.1 - The Enthalpy of Mixing.ipynb`
* :ref:`Module-6-Reactive-Energy-Balances/6.2 - Heat of Reaction (Combustion).ipynb`
* :ref:`Module-6-Reactive-Energy-Balances/6.3 - Hess's Law for Heats of Reaction.ipynb`
* :ref:`Module-6-Reactive-Energy-Balances/6.4 - Latent Heats.ipynb`
* :ref:`Module-6-Reactive-Energy-Balances/6.5 - Heat of Reaction and Formation Methods.ipynb`
* :ref:`Module-6-Reactive-Energy-Balances/6.6 - Practice Problem 1.ipynb`