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Lesson 2.1 Differentiations.ppt Wednesday, September 21, 2016 8:48 AM New Section 2 Page 1

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Page 1: Lesson 2.1 Differentiations...calculus—differentiation. (Do notes #6.) DEFINITION OF THE DERIVATIVE OF A FUNCTION The derivative off at x is given by f(x + Ax) — f(x) f '(x) =

Lesson 2.1 Differentiations.pptWednesday, September 21, 2016 8:48 AM

New Section 2 Page 1

Page 2: Lesson 2.1 Differentiations...calculus—differentiation. (Do notes #6.) DEFINITION OF THE DERIVATIVE OF A FUNCTION The derivative off at x is given by f(x + Ax) — f(x) f '(x) =

New Section 2 Page 2

Page 3: Lesson 2.1 Differentiations...calculus—differentiation. (Do notes #6.) DEFINITION OF THE DERIVATIVE OF A FUNCTION The derivative off at x is given by f(x + Ax) — f(x) f '(x) =

New Section 2 Page 3

Page 4: Lesson 2.1 Differentiations...calculus—differentiation. (Do notes #6.) DEFINITION OF THE DERIVATIVE OF A FUNCTION The derivative off at x is given by f(x + Ax) — f(x) f '(x) =

New Section 2 Page 4

Page 5: Lesson 2.1 Differentiations...calculus—differentiation. (Do notes #6.) DEFINITION OF THE DERIVATIVE OF A FUNCTION The derivative off at x is given by f(x + Ax) — f(x) f '(x) =

New Section 2 Page 5

Page 6: Lesson 2.1 Differentiations...calculus—differentiation. (Do notes #6.) DEFINITION OF THE DERIVATIVE OF A FUNCTION The derivative off at x is given by f(x + Ax) — f(x) f '(x) =

New Section 2 Page 6

Page 7: Lesson 2.1 Differentiations...calculus—differentiation. (Do notes #6.) DEFINITION OF THE DERIVATIVE OF A FUNCTION The derivative off at x is given by f(x + Ax) — f(x) f '(x) =

New Section 2 Page 7

Page 8: Lesson 2.1 Differentiations...calculus—differentiation. (Do notes #6.) DEFINITION OF THE DERIVATIVE OF A FUNCTION The derivative off at x is given by f(x + Ax) — f(x) f '(x) =

New Section 2 Page 8

Page 9: Lesson 2.1 Differentiations...calculus—differentiation. (Do notes #6.) DEFINITION OF THE DERIVATIVE OF A FUNCTION The derivative off at x is given by f(x + Ax) — f(x) f '(x) =

New Section 2 Page 9

Page 10: Lesson 2.1 Differentiations...calculus—differentiation. (Do notes #6.) DEFINITION OF THE DERIVATIVE OF A FUNCTION The derivative off at x is given by f(x + Ax) — f(x) f '(x) =

New Section 2 Page 10

Page 11: Lesson 2.1 Differentiations...calculus—differentiation. (Do notes #6.) DEFINITION OF THE DERIVATIVE OF A FUNCTION The derivative off at x is given by f(x + Ax) — f(x) f '(x) =

New Section 2 Page 11

Page 12: Lesson 2.1 Differentiations...calculus—differentiation. (Do notes #6.) DEFINITION OF THE DERIVATIVE OF A FUNCTION The derivative off at x is given by f(x + Ax) — f(x) f '(x) =

New Section 2 Page 12

Page 13: Lesson 2.1 Differentiations...calculus—differentiation. (Do notes #6.) DEFINITION OF THE DERIVATIVE OF A FUNCTION The derivative off at x is given by f(x + Ax) — f(x) f '(x) =

New Section 2 Page 13

Page 14: Lesson 2.1 Differentiations...calculus—differentiation. (Do notes #6.) DEFINITION OF THE DERIVATIVE OF A FUNCTION The derivative off at x is given by f(x + Ax) — f(x) f '(x) =

New Section 2 Page 14

Page 15: Lesson 2.1 Differentiations...calculus—differentiation. (Do notes #6.) DEFINITION OF THE DERIVATIVE OF A FUNCTION The derivative off at x is given by f(x + Ax) — f(x) f '(x) =

New Section 2 Page 15

Page 16: Lesson 2.1 Differentiations...calculus—differentiation. (Do notes #6.) DEFINITION OF THE DERIVATIVE OF A FUNCTION The derivative off at x is given by f(x + Ax) — f(x) f '(x) =

New Section 2 Page 16


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