term E ¥Ea€...January 5, 2018 5.2 Riemann Sums and Definite Integrals Sigma Notation (tz fete)...

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January 5, 2018 5.2 Riemann Sums and Definite Integrals Sigma Notation fete ( tz ) ott . - - + fctn ) it term E aid , ¥Ea€ .at#an 0 - - y Ak Ktn term !5! K= index of summation t.ae?k#inFeFrtakyEsnEheIYtima , µ Lower lim , to the upper limit of summation ( n )

Transcript of term E ¥Ea€...January 5, 2018 5.2 Riemann Sums and Definite Integrals Sigma Notation (tz fete)...

Page 1: term E ¥Ea€...January 5, 2018 5.2 Riemann Sums and Definite Integrals Sigma Notation (tz fete) ott. - - + fctn) it term E aid ¥Ea€,.at#an 0--y Ak → Ktn term 5 K= index of summation

January 5, 2018

5.2 Riemann Sums and Definite Integrals

Sigma Notation

fete( tz ) ott .- - + fctn ) it

term

E aid,¥Ea€

.at#an0

-

-

y Ak → Ktn term

�5�K= index of summation

t.ae?k#inFeFrtakyEsnEheIYtima,µ

Lower lim ,

to the upper limit ofsummation ( n )

Page 2: term E ¥Ea€...January 5, 2018 5.2 Riemann Sums and Definite Integrals Sigma Notation (tz fete) ott. - - + fctn) it term E aid ¥Ea€,.at#an 0--y Ak → Ktn term 5 K= index of summation

January 5, 2018

Sigma notation examples

µ§K= I +2+3+4+5=15

£' fifkk = - 1+2-3=-2;&t¥=ia+÷iEt¥?

Page 3: term E ¥Ea€...January 5, 2018 5.2 Riemann Sums and Definite Integrals Sigma Notation (tz fete) ott. - - + fctn) it term E aid ¥Ea€,.at#an 0--y Ak → Ktn term 5 K= index of summation

622£2,2→ 1 +3+5+7+9 e-

�5�E¥a⇐II,k£1f.2 (1) + b= 1

*In Ztb =/

b= - 1

Ak =1

,3

, 5,7 ,9

[

=ai*aaT←

4

Page 4: term E ¥Ea€...January 5, 2018 5.2 Riemann Sums and Definite Integrals Sigma Notation (tz fete) ott. - - + fctn) it term E aid ¥Ea€,.at#an 0--y Ak → Ktn term 5 K= index of summation

L EL1 +3+5+7+9

5

=EZK - 1

÷1

EZKHk¥fk+b=_)

2C of + b= 1 L

,b= 1

2f3)tb=1

{ 2kt 7

k= -3

Page 5: term E ¥Ea€...January 5, 2018 5.2 Riemann Sums and Definite Integrals Sigma Notation (tz fete) ott. - - + fctn) it term E aid ¥Ea€,.at#an 0--y Ak → Ktn term 5 K= index of summation

January 5, 2018

Algebra rules for finite sums

England.)=§l,ak±§.

,b . fifteens

N n constant→ [ Can = C. Ea .

CER multiple

k=l K=lsn ←# of terms

→ (§C=Ctct . . . +c=n .c constant

K=l - Value

an terms

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[email protected]'

=3(1+2+3)

- (1+4+9)18 - ( 1 4 ) = @

n = 18

Page 7: term E ¥Ea€...January 5, 2018 5.2 Riemann Sums and Definite Integrals Sigma Notation (tz fete) ott. - - + fctn) it term E aid ¥Ea€,.at#an 0--y Ak → Ktn term 5 K= index of summation

Sumoflst n -

integertoN= 1 - 1 •

2=1.2

z'

N=2 - 3 : .

6=23n=3-6µg. 12=3.4

N=y - 10.

:-..

.

20=4.5

5

n=5 - 15.:iI

.

30=5.6

# -.

'. . . a

2h - l

n(n÷

Page 8: term E ¥Ea€...January 5, 2018 5.2 Riemann Sums and Definite Integrals Sigma Notation (tz fete) ott. - - + fctn) it term E aid ¥Ea€,.at#an 0--y Ak → Ktn term 5 K= index of summation

January 5, 2018

The sum of the first n...

Integers:

Squares:

Cubes:

+§k=ncz#

§.

,K2=Mn+ifRn+k§k3=( nay )2

Page 9: term E ¥Ea€...January 5, 2018 5.2 Riemann Sums and Definite Integrals Sigma Notation (tz fete) ott. - - + fctn) it term E aid ¥Ea€,.at#an 0--y Ak → Ktn term 5 K= index of summation

1 7

n(ntl)§3 K - K 2 z

= 3 §?,

K - { K2

k = 1

=3 (my ) . (Easy= 3 ( 1 5 3)- §1 ) ( 3 5) )= 459 - 17 8 5

= - 1 3 2 6

Page 10: term E ¥Ea€...January 5, 2018 5.2 Riemann Sums and Definite Integrals Sigma Notation (tz fete) ott. - - + fctn) it term E aid ¥Ea€,.at#an 0--y Ak → Ktn term 5 K= index of summation

SequenceI

, 3,5 ,7

,9

SeriesI +3+5+7+9

HW P.

292

1,5 , 10,11-16 ,18,21 , 26,28

Page 11: term E ¥Ea€...January 5, 2018 5.2 Riemann Sums and Definite Integrals Sigma Notation (tz fete) ott. - - + fctn) it term E aid ¥Ea€,.at#an 0--y Ak → Ktn term 5 K= index of summation

January 5, 2018

Riemann Sums

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January 5, 2018

Page 13: term E ¥Ea€...January 5, 2018 5.2 Riemann Sums and Definite Integrals Sigma Notation (tz fete) ott. - - + fctn) it term E aid ¥Ea€,.at#an 0--y Ak → Ktn term 5 K= index of summation

January 5, 2018

Page 14: term E ¥Ea€...January 5, 2018 5.2 Riemann Sums and Definite Integrals Sigma Notation (tz fete) ott. - - + fctn) it term E aid ¥Ea€,.at#an 0--y Ak → Ktn term 5 K= index of summation

January 5, 2018

Find the distance traveled by the projectile with the following velocity function, from 0 to 3 seconds. (We did this already)

Page 15: term E ¥Ea€...January 5, 2018 5.2 Riemann Sums and Definite Integrals Sigma Notation (tz fete) ott. - - + fctn) it term E aid ¥Ea€,.at#an 0--y Ak → Ktn term 5 K= index of summation

January 5, 2018

Page 16: term E ¥Ea€...January 5, 2018 5.2 Riemann Sums and Definite Integrals Sigma Notation (tz fete) ott. - - + fctn) it term E aid ¥Ea€,.at#an 0--y Ak → Ktn term 5 K= index of summation

January 5, 2018

Page 17: term E ¥Ea€...January 5, 2018 5.2 Riemann Sums and Definite Integrals Sigma Notation (tz fete) ott. - - + fctn) it term E aid ¥Ea€,.at#an 0--y Ak → Ktn term 5 K= index of summation

January 5, 2018

Start by sketching

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January 5, 2018

Page 19: term E ¥Ea€...January 5, 2018 5.2 Riemann Sums and Definite Integrals Sigma Notation (tz fete) ott. - - + fctn) it term E aid ¥Ea€,.at#an 0--y Ak → Ktn term 5 K= index of summation

January 5, 2018

Find the area of the shaded region

Page 20: term E ¥Ea€...January 5, 2018 5.2 Riemann Sums and Definite Integrals Sigma Notation (tz fete) ott. - - + fctn) it term E aid ¥Ea€,.at#an 0--y Ak → Ktn term 5 K= index of summation

January 5, 2018

Constant functions

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January 5, 2018

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January 5, 2018