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15 E Derivatives of Exponential Functions Look at the graph of The slope at x=0 appears to be 1. If we assume this to be true, then: definition of derivative.

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Presentation on theme: "15 E Derivatives of Exponential Functions Look at the graph of The slope at x=0 appears to be 1. If we assume this to be true, then: definition of derivative."— Presentation transcript:

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2 15 E Derivatives of Exponential Functions

3 Look at the graph of The slope at x=0 appears to be 1. If we assume this to be true, then: definition of derivative

4 Now we attempt to find a general formula for the derivative of using the definition. This is the slope at x=0, which we have assumed to be 1.

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6 is its own derivative! If we incorporate the chain rule: We can now use this formula to find the derivative of

7 ( and are inverse functions.) (chain rule)

8 ( is a constant.) Incorporating the chain rule:

9 So far today we have: Now it is relatively easy to find the derivative of. Next class…..next class.

10 Homework Page 375 (#1 – 6)

11 Chapter 15 Section F

12 So far we have: Now it is relatively easy to find the derivative of

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15 Homework 15 F

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