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====== Derivatives and Chain Rules ======

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===== In-class Content =====

====Activity: Calculating a Total Differential====
[[..:..:activities:inact:intotaldiff|Link to Calculating a Total Differential Activity]]

**Activity Highlights**
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====Activity: Upside Down Derivatives====
[[..:..:activities:inact:inupdownderiv|Link to Upside Down Derivatives Activity]]

**Activity Highlights**
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====Activity: Cyclic Chain Rule====
[[..:..:activities:inact:incycchainrule|Link to Cyclic Chain Rule Activity]]

**Activity Highlights**
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====Activity: Isowidth and Isoforce Stretchability====
[[..:..:activities:inact:inisowidth|Link to Isowidth and Isoforce Stretchability Activity]]

**Activity Highlights**
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====Activity: Easy and Hard Derivatives====
[[..:..:activities:inact:ineasyhard|Link to Easy and Hard Derivatives Activity]]

**Activity Highlights**
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====Activity: Dividing by Differentials====
[[..:..:activities:inact:individingbydifferentials|Link to Dividing by Differentials Activity]]

**Activity Highlights**
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==== Lecture:  Clairaut's Theorem ====

==== Lecture:  Chain Rule Diagrams ====

[[..:..:lecture:inlec:in|Chain Rule Diagrams]] (Lecture: 20 min) FIXME

==== Activity:  New Surfaces (Squishability of Water Vapor ====

New Surfaces activity - [[..:..:activities:eeact:eesurfsquish|"Squishability" of Water Vapor]] (SGA - 20 min) FIXME

==== Homework ====
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