Chapter 3 - Differentiation Rules
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Lesson Plan
Smartboard Lesson
Class Notes/Videos
Learning Target & Exemplars
Chapter 3 Review
3.1 Learning Targets
I can find the derivative of a function using the Power Rule, Constant Rule, Sum Rule and the Difference Rule.
I can find the derivative of the natural exponential function.
I can justify the use of the Product and Quotient Rules.
I can compute a derivative using the Product Rule.
3.2 Learning Targets
I can compute a derivative using the Quotient Rule.
Chapter 3 AP
Sample Test
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3.3 Learning Targets
I can compute the derivative of a trigonometric function.
I can compute a derivative of a trigonometric function in a real world application.
Chapter 3 AP Sample Test
Answer Key
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3.4 Learning Targets
I can compute the derivative of a function using the Chain Rule.
I can compute the derivative of an exponential function in the form of f(x) = a^x .
3.5 Learning Targets
I can compute a derivative of the inverse trigonometric functions.
I can compute the derivative of an implicit function using implicit differentiation.
3.6 Learning Targets
I can compute the derivative of a basic logarithmic function.
I can compute a derivative of a function using the process of logarithmic differentiation.
Mr. Hutchison's 3.7 Notes
3.7 Learning Targets
I can compute and interpret the rate of change in the natural sciences.
I can compute and interpret the rate of change in the social sciences.
3.8 Learning Targets
I understand the only solutions of the differential equation dy/dt = ky are the exponential functions y(t) = y(0)e^kt.
I can find the rate of growth (decay) in a real world exponential function.
3.9 Learning Targets
I can solve a real world problem involving related rates (Focus is similar triangles).
I can solve a real world problem involving related rates (Focus is a circular pattern).
I can solve a real world problem involving related rates (Focus is the Pythagorean Theorem).
3.10 Learning Targets
I can find the linear approximation to a function and use it to approximate a given value.
I can find the differential of a given function.