We will discuss the five problem assignment on area between curves. This will be followed by an overview of a new topic, volumes of revolution. Examples problems will be done also.

Examples will be done to show the area between two curves can be calculated using integration. We will also find the area of a region of the coordinate plane given the boundaries.

I will share the chapter 5 notes with Josh as we wrap up the first semester.

We will wrap up our study of differential equations. We will look ahead at the applications of integrals chapter because it is where about 24% of the AP test will come from.

We will do more example problems involving growth and decay.We will do problems involving logistics functions which are closely related to growth and decay problems.

We will go over the homework problems assigned for today. We will do more examples if necessary.

We will do several examples of solving growth and decay problems involving populations, radioactive decay, and compound interest.

We will go over the 5 assigned problems. We will do several growth and decay problems. We will solve separable differential equations.

We will go over the five homework problems. We will do examples of growth and decay starting with radioactive decay.

We will review Euler's Method for finding an estimate of a particular value of a differential equation. We will derive the basic growth and decay function by solving a differential equation. We will apply this to problems.