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==== Unit: First & Second Laws of Thermodynamics====












=== Heat and Temperature (40 minutes) ===
  * [[..:prereq:eepre:eepreheatandtemp|Prerequisite Ideas:]]
  * [[..:activities:eeact:eeice|Ice calorimetry lab]] (Integrated Laboratory, 30 minutes)
  * [[swbq:smsw:eeswthermoterms|Comparing Thermodynamic Properties]] (SWBQs, 15 minutes)
  * [[..:lecture:eelec:eelecdulongpetit|Dulong-Petit Law]] (Lecture, 5 minutes)
  * [[..:hw:eehw:eehwheattemp|Homework]]




=== Introducing the First & Second Thermodynamic Laws (2 hours 55 minutes) ===
  * [[..:prereq:eepre:eepre1st2ndlaws|Prerequisite Ideas]]
%%  * [[..:activities:eeact:eepretest|Thermodynamic pre-test]] (Activity, 10 minutes) (CUT)
%% Taken care of.

  * [[..:activities:eeact:eecompsyssurr|Comparing Systems and Surroundings]] (Small Groups, 10 minutes)
  * [[..:lecture:eelec:eelecfirstlaw|The First Thermodynamic Law]] (Lecture, 10 minutes)
  * [[..:lecture:eelec:eelecrubberbandstretch|Snapping a Rubber Band]] (SWBQ and Lecture, 15 minutes)
  * [[swbq:eesw:eeswhotmetalcoolcup|Hot Metal in Room Temperature Water]] (SWBQ, 3 minutes) (sometimes? could be skipped)
%% Needs creating.

  * [[..:lecture:eelec:eelecsecondlaw|The Second Thermodynamic Law]] (Lecture, 5 minutes)
  * [[..:lecture:eelec:eelecthermoterms|Thermodynamic Terminology (Thermodynaic Potentials)]] (Lecture, 7 minutes)
  * [[..:lecture:eelec:eelecthermoidentity|The Thermodynamic Identity]] (Lecture, 5 minutes)
  * [[..:activities:eeact:eenametheexperiment|Name the experiment]] (Activity, 25 minutes)
  * [[..:lecture:eelec:eelecheatcapacity|Heat Capacity]] (Lecture, 10 minutes)
  * [[..:activities:eeact:eemeltingice|Second ice calorimetry lab]] (Integrated Laboratory, 45 minutes)
  * [[..:hw:eehw:eehw1st2ndlaws|Homework]]


=== Heat and Work (3 hours 40 minutes) ===
  * [[..:prereq:eepre:eepreheatwork|Prerequisite Ideas]]
  * [[..:activities:eeact:eefree_expansion|Free expansion quiz and discussion]] (Activity, 40 minutes)
  * [[..:lecture:eelec:eelecthermowork|Work in Thermodynamics]] (Lecture, 5 minutes)
  * [[..:activities:eeact:eepvplots|Using $pV$ and $TS$ Plots]] (Small groups, 35 minutes)
  * [[..:activities:eeact:eesimplecycle|Analyzing a Simple Cycle using a $pV$ Curve]] (Small groups, 65 minutes)
  * [[..:activities:eeact:eenametheexperiment2|Name the Experiment: Changing Entropy]] (Small groups, 15 minutes)
  * [[..:lecture:eelec:eelecCarnoteff|Deriving the Carnot Efficiency]] (Lecture, 30 minutes)
  * [[..:hw:eehw:eehwheatwork|Homework]]

==== Unit: Internal Energy ====


=== Maxwell Relations (1 hour 35 minutes) ===
  * [[..:prereq:eepre:eepremaxwell|Prerequisite Ideas]]
  * [[..:lecture:eelec:eelecmonotonicity|Monotonicity and State Functions]] (Lecture, 10 minutes) (CUT???)
  * [[..:lecture:eelec:eelecmaxwelllegendre|Legendre Transforms]] (Lecture, 5 minutes)
  * [[..:lecture:eelec:eelecmaxwellrel|Maxwell Relations]] (Lecture, 10 minutes)
  * [[..:activities:eeact:eethermopartials|Seeking the right Maxwell Relation]] (Small groups, 20 minutes)
  * [[..:activities:eeact:eenametheexperiment3|Name the Experiment: Maxwell Relations]] (Small groups, 20 minutes)
  * [[..:activities:eeact:eenametheexperiment4|Name the  (often skipped)Experiment: More Maxwell Relations]] (Small groups, 30 minutes) (Join with previous one, unify with paper)
%% Done, 4 can be deleted at any time.



=== Rubber Band Lab () ===
  * [[..:prereq:eepre:eeprerubberband|Prerequisite Ideas]]
  * [[..:activities:eeact:eerubberband|Rubber band lab]] (Integrated Laboratory, 1 hour 50 minutes)
  * [[..:hw:eehw:eehwrubberband|Homework]]

===Simple Cycles & Analyzing Thermodynamic Processes ()===
  * [[..:prereq:eepre:eepresimplecycle|Prerequisite Ideas]]
  * [[..:activities:eeact:eesomeneverall|Always, Sometimes, or Never True]] (Small groups, 60 minutes) (could be skipped?)
%% Where to include information?
  * [[..:hw:eehw:eehwsimplecycle|Homework]]

=== Black Body Thermodynamics (30 minutes) ===
  * [[..:prereq:eepre:eeprebbthermo|Prerequisite Ideas]]
  * [[..:activities:eeact:eebbobjects|Two Interacting Black Body Objects]] (Small groups, 30 minutes) (often skipped)
%% See above
  * [[..:hw:eehw:eehwbbthermo|Homework]]

==== Unit: Statistical Mechanics ====





=== The Statistical Approach ()===
  * [[..:prereq:eepre:eeprestatapp|Prerequisite Ideas]]
  * [[..:lecture:eelec:eelecstatthermocompare|Comparing Statistical Mechanics to Thermodynamics]] (Lecture, 5 minutes)
  * [[..:lecture:eelec:eelecfairnessfunc|The Fairness Function]] (Lecture, 10 minutes)
  * [[..:activities:eeact:eecombineprob|Combining Probabilities]] (Small Groups, 20 minutes)
  * [[..:hw:eehw:eehwstatapp|Homework]]

===Optimizing the Fairness ()===
  * [[..:prereq:eepre:eeprefairness|Prerequisite Ideas]]
  * [[..:activities:eeact:eedicelab|Students as molecules dice activity]] (Kinesthetic, 25 minutes) (can be skipped, hard to manage, add FIXME for getting energy constraints and microcanonical ensembles, could split?)
  * [[swbq:eesw:eeswmaximizefunc|Maximizing a Function]] (SWBQ, 5 minutes)
  * [[..:lecture:eelec:eeleclagrangemultip|Method of Lagrange Multipliers]] (Lecture, 10 minutes)
  * [[..:lecture:eelec:eelecweightedavg|Weighted Averages]] (Lecture, 10 minutes)
  * [[..:lecture:eelec:eelecenergyconstraint|Energy Constraints]] (Lecture, ?? minutes)
  * [[swbq:eesw:eeswnonintsys|Two Non-interacting Systems]] (SWBQs, 15 minutes)
  * [[..:lecture:eelec:eelecpartitionfunc|The Partition Function]] (Lecture, 10 minutes)
  * [[..:hw:eehw:eehwfairness|Homework]]

===Moving from Statistics to Thermodynamics ()===
  * [[..:prereq:eepre:eeprestatthermo|Prerequisite Ideas]]
  * [[..:lecture:eelec:eelecfairent|Fairness and Entropy]] (Lecture, 5 minutes)
  * [[..:lecture:eelec:eelecfairintenergy|Relating the Internal Energy and Fairness]] (Lecture, 15 minutes)
  * [[..:hw:eehw:eehwstatthermo|Homework]]

=== Internal Energy of a Diatomic Gas (2 hours 10 minutes) ===
  * [[..:prereq:eepre:eeprediagas|Prerequisite Ideas]]
  * [[..:lecture:eelec:eelecrevieweneigenv|Reviewing Several Energy Eigenvalues]] (Lecture, 10 minutes)
  * [[..:lecture:eelec:eelecdiaidealgas|Internal Energy of a Diatomic Ideal Gas]] (Lecture, 20 minutes)
  * [[..:activities:eeact:eeudiatomicidealgas|Calculating the Internal Energy of a Diatomic Ideal Gas]] (Small groups, 100 minutes)
  * [[..:hw:eehw:eehwdiagas|Homework]]

=== The Third Thermodynamic Law (20 minutes) ===
  * [[..:prereq:eepre:ee3rdthermolaw|Prerequisite Ideas]]
  * [[..:lecture:eelec:eelec3rdthermolaw|Third Law of Thermodynamics]] (Lecture, 20 minutes) (optional)
  * [[..:hw:eehw:eehw3rdthermolaw|Homework]]