# Explore Chain Rule, Circuit Training and more!

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### Help your students learn the derivatives of the six inverse trig functions (not to mention practicing chain rule!) in this self-checking circuit.

Engage your students with this self-checking circuit! I wrote this circuit to help my students with the symbolic notation and easy (but my students don't think so!) computation of functions and their derivatives defined as definite integrals.

Keep your students engaged with the circuit format! This circuit has 8 problems which are either volumes from revolution (require disks, washers, shells) or

Use this activity to give students extra practice finding coterminal angles, evaluating trig functions at angles coterminal with standard unit-circle angles,

This set of 24 problems (includes implicit differentiation, inverse trig functions, and transcendentals) in the self-checking format of a circuit will keep

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This circuit will keep your students engaged and give them great practice as they return to evaluate limits (indeterminate form or infinity / infinity) with new knowledge of L'Hospital's Rule. No technology should be used to evaluate these limits.

I wrote this circuit because I was inspired by an AP colleague's circuit on using tables for calculus problems involving the derivative and the integral.