This lesson focuses upon developing the exponential function A=Pe^(rt) from a separable differential equation.  Next Newton's Law of cooling is explored.

7.4 Newton's law of cooling and solving a separable differential equation.

AP Calculus lessons University High School Normal,IL

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Exploration of slopes of secant lines and tangent lines. The average and instantaneous rate of change is calculated with the difference quotient.
Day 1 is an independent activity  found here

http://www.uhigh.ilstu.edu/math/thompson/sketchpad/apcalc/2.4_The%20Leaning%20Tower%20of%20Pisa.doc

2.4 day 2

Euler's method to approximate the value of a function given a differential equation and initial point is explored.

Euler's Method (BC only)

We explore the integral test to determine convergence.  The harmonic series is revisited.

10.5 (BC only)  Integral Test for Convergence

We explore the comparison test and the ratio test to determine convergence.  The area inside polar functions is also explored as well as their slopes.

10.4 (BC only) Convergence and Polar functions

We explore the error bound for Taylor polynomials.

7.4 Newton's law of cooling and solving a separable differential equation.

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