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the chain rule

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the chain rule. the greatest thing to happen to calculus. since differentiation. what is ... Aretha Franklin's 'Chain of Fools' ... – PowerPoint PPT presentation

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Title: the chain rule


1
the chain rule
the greatest thing to happen to calculus since
differentiation
2
what is


the chain rule
Dx(f(g(x))) f (g(x))g(x)
or
3
what is


the chain rule
  • The derivative of a composite function
    Dx(f(g(x))) is the derivative of the outer
    function in terms of the inner functionf
    (g(x), multiplied by the derivative of the
    inner function g(x).
  • Sounds complicated this way
  • Thats how they say it in the calc book.

4
what is


the chain rule
  • The derivative of a composite function where the
    inner function can be substituted with the term
    u, is equal to the differentiation of the outer
    function in terms of u multiplied by the
    differentiation of the inner function in terms of
    x.
  • Sounds complicated this way
  • Thats how they say it in the calc book.

5
who uses


the chain rule
  • 67 of Americans prefer the chain rule over any
    other method of differentiating composite
    functions.
  • High school students
  • College undergrads
  • come on, everybodys doing it!

6
when do you use


the chain rule
  • Differentiating a function that can be
    represented as the composite of more than one
    function
  • showing off your mathematical prowess
  • whenever everyone else is doing it!

7
the chain rule in


contemporary media
  • Social Distortions Ball and Chain
  • Aretha Franklins Chain of Fools
  • Chain stores and restaurants such as McDonalds,
    The Olive Garden, Albertsons, The Gap
  • Chain letters and e-mail
  • Mr. T

8
the chain rule


in nature
  • Food Chain
  • Chain Reaction
  • Tire chains for driving in the snow
  • Bicycle and Motorcycle chains to prevent theft

9
chain rule


example
f(x) (3x2 -8x4)4 find f (x).
10
chain rule


example
f(x) (3x2 -8x4)4
analysis shows g(x) 3x2 -8x4 f(x) ( g(x) )4
11
chain rule


example
f(x) (3x2 -8x4)4 g(x) 3x2 -8x4 f(x) (
g(x) )4
Plug into equation
Dx(f(g(x))) f (g(x))g(x)
12


f(g(x)) (3x2 -8x4)4
Dx(f(g(x))) f (g(x))g(x)
4( g(x) )3 (6x - 8)
4(3x2 -8x4) (6x - 8)
13
chain rule example


afterthoughts
  • Get it?
  • Are you sure?
  • Any questions before we bust out the big guns?
  • Can you dig it?
  • Do you like scary movies?
  • Are you my mother?
  • What is love? Baby dont hurt me no more.

14
SUPER chain rule


example
f(x) sin2(5(x3)4) find f (x).
15
SUPER chain rule


example
y sin2(5(x3)4)
analysis shows
s x3 t 5s4
u sin(t) y u2
16
SUPER chain rule


example
y sin2(5(x3)4)
s x3 t 5s4
u sin(t) y u2

17


f(x) sin2(5(x3)4)
y sin2(5(x3)4) s x3 t 5s4 u sin(t) y
u2
s 1 t 20s3 u cos(t) y 2u
18


f(x) sin2(5(x3)4)
s 1 u cos(t) t 20s3 y 2u

(2u) (cos(t)) (20s3) (1)
19


f(x) sin2(5(x3)4)

(2u) (cos(t)) (20s3) (1)
s x3 t 5s4 u sin(t) y u2
(2 sin(t)) (cos(5s4)) (20(x3)3)
(2 sin(5s4)) (cos(5(x3)4)) (20(x3)3)
(2 sin(5(x3)4)) (cos(5(x3)4)) (20(x3)3)
20
SUPER chain rule


afterthoughts
  • Get it?
  • The solution was very long.
  • Mr. T is my hero.
  • This is the end of the presentation.

21
ivanWick
rickyTaing
credits
michaelLee
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