She used to work for Oprah for over a decade, teaching folks to "Live Their Best Lives" online and in real life... Would you like to be able to determine precisely how fast Usain Bolt is accelerating exactly 2 seconds after the starting gun? I might give students a choice of equations and ask them to describe a real-world situation that would be described by that equation: Click here to start or continue working on the Differential Calculus Mission.

Looking for Missions? You must be logged in to post a comment. Consider this big idea in algebra: The 58 tells how many people altogether; the plus means to put all the groups together.

Limits and continuity Intermediate value theorem: Tell how they are alike and different. Meaning of the derivative in context: Figure out each of these. So one student might choose the first equation and write something like: Applications of derivatives Non-motion applications of derivatives: A composite shape that includes some parallelograms and some triangles has a total area of 40 square inches.

Early elementary: But the second my back is turned, students will watch YouTube. Analyzing functions Relative local extrema: Analyzing functions Absolute global extrema: A brief introduction to differential calculus.

Parametric equations, polar coordinates, and vector-valued functions Vector-valued functions: Analyzing functions Intervals on which a function is increasing or decreasing: The four tells how many bags Jane had, and the three tells how many Lisa had. Parametric equations, polar coordinates, and vector-valued functions Second derivatives of parametric equations: Course summary.