1) Average Rate of Change
Explanation:
Video: what is a rate?
Interactive websites for exploring the relationship of the average rate of change (secant lines) and the instantaneous rate of change (tangent lines):
Teacherlink (flash)
University of British Columbia - Math Labs: Secant Lines (Java - don't open in Chrome) - move the red point on top of the blue point to find the slope at x = 0
Practice
2) Definition of a Derivative
Explanation:
Videos:
Kahn: Calculus: Derivatives 1 (new HD version) - general definition
Kahn: Calculus: Derivatives 2.5 (new HD version) - find the derivative using the definition
Hollis: The derivative (slides #1-5)
Interactive Websites:
http://www.univie.ac.at/future.media/moe/galerie/diff1/diff1.html#ableitung (look at the first applet to look at tangent line only; do not open in Chrome) - move the slider to see how the slope of the tangent line changes
Tangent to a point on a curve (Shodor - Java); use the slider to change the point of tangency after you type in a function to a graph; the slope of the change line changes therefore the slope is a function of x.
Khan Module: video explanation | Derivative Intuition: Tangent to a point on a curve (intuitive approach) and all of the slopes of the tangent lines creates a function
Practice Problems:
Teacher Resources:
Desmos Activity: Derivatives and Slope
3) Power Rule (and sum/difference, and constant multiple rules)
Explanation:
Khan video: Calculus: Derivatives 3: Determining the derivatives of simple polynomials.
Practice:
Kahn - Power Rule (integer exponent)
6) Product and Quotient Rule with Symbolic Notation
Explanation:
Practice Problems
9) Chain Rule (advanced)
Explanation
Practice Problems
10) Derivative of Exponential & Logarithmic Expressions
Explanation:
Kahn videos:
Practice Problems:
Khan Practice:
Special Derivatives (includes power rule, ln(x), e^x and trig ratios)
13) Review Summary:
The Chain Rule. The last operator is what you keep; all of the other operators are "u."
When should you use the chain rule:
When you have a power (numerical exponent) and the base is anything other than a single variable.
When you have a trig ratio and the "inside" part is anything other than a single variable
When you have an exponential function (the base is a number) and the exponent is anything other than a single variable.
When you have a logarithmic function and the "inside" part is anything other than a single variable.
14) Derivative at a point with a calculator
15) Implicit differentiation - one dy/dx
Explanation:
Practice Problems:
17) Review Implicit Differentiation
Practice Problems
2004 Q4 - parts a and b
18) Derivative of Inverse Functions
Explanation:
Practice Problems:
2007 Q3 - parts a and d
19) Derivative of Inverse Functions with the graphing calculators
Explanation
20) Derivative of Inverse Trig Ratios
Explanation:
Practice Problems:
21) Points of Non-Differentiability
Explanation:
Video: Hollis: The derivative (slide #9)
Practice Problems:
23) Derivative Cumulative