Integration has a wide variety of applications. The unit starts with using integration to find the area between graphs of functions. From there, we move into 3-D extensions of graphs to find the volume of solids of revolution using Disk and Washer Method. Integration can also be applied to find the average value of a function, analyze the physics of basic rectilinear motion, analyze slope fields, and exponential growth and decay.

• 5.A. Area Between Graphs of Functions
• Area Between Curves (conceptual)
• Area Between Curves (example problem)
• 5.B. Average Value of a Function
• Mean Value Theorem for Integrals (conceptual)
• Average Value of a Function (conceptual)
• 5.C. Disk and Washer Method
• Disk Method (conceptual)
• Washer Method (conceptual)
• 5.D. Slope Fields
• Slope Fields (conceptual)
• 5.E. Physics of Basic Motion
• Physics of Basic Motion (conceptual)
• 5.F. Exponential Growth and Decay
• Exponential Growth and Decay (conceptual)