LP4- odd.even...

16
LP4 odd.even functions(CASANO).notebook 1 December 13, 2017 Warm Up: If f(x) = x 3 + 4: (a) find f -1 (x) (b) Prove this is the inverse

Transcript of LP4- odd.even...

  • LP4 odd.even functions(CASANO).notebook

    1

    December 13, 2017

    Warm Up: If f(x) = x3 + 4:(a) find f-1(x)(b) Prove this is the inverse

  • LP4 odd.even functions(CASANO).notebook

    2

    December 13, 2017

    Today I can identify even & odd functions.

    If you substituted (-x) for all x-values, you get back the original function

    look at the table in the calculator:

  • LP4 odd.even functions(CASANO).notebook

    3

    December 13, 2017

    How to determine even, odd, or neither algebraically????

    A function f is even iff each x in the domain of f.....       f (x) = f (x).

    Plug in x for each x & get original back!!!

  • LP4 odd.even functions(CASANO).notebook

    4

    December 13, 2017

    If you substituted (-x) for all x-values, you get back the negation of the function

    look at the table in the calculator:

  • LP4 odd.even functions(CASANO).notebook

    5

    December 13, 2017

    How to determine even, odd, or neither algebraically????

    A function f is odd iff each x in the domain of f.....       f (x) =  f (x).

    Plug in x for each x & factor out a 1!!!

  • LP4 odd.even functions(CASANO).notebook

    6

    December 13, 2017

    look at the table in the calculator:

    If you substituted (-x) for all x-values, you neither get back the original nor negation of the function

  • LP4 odd.even functions(CASANO).notebook

    7

    December 13, 2017

    How to determine even, odd, or neither algebraically????

    If neither rule works, then it is neither even nor odd!!!

  • LP4 odd.even functions(CASANO).notebook

    8

    December 13, 2017

    b

  • LP4 odd.even functions(CASANO).notebook

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    December 13, 2017

    a

  • LP4 odd.even functions(CASANO).notebook

    10

    December 13, 2017

    Determine whether each f(x) is even, odd, neither.

    1) even2) odd3) neither4) neither5) neither6) neither

  • LP4 odd.even functions(CASANO).notebook

    11

    December 13, 2017

    Determine whether each f(x) is even, odd, neither.

    a) f(x) = x2-5

    b) g(x) = x3-1

    c) h(x) = 5x3-x

    d) F(x) = |x|a) Evenb) Neitherc) Oddd) Even

  • LP4 odd.even functions(CASANO).notebook

    12

    December 13, 2017

    a

  • LP4 odd.even functions(CASANO).notebook

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    December 13, 2017

    c

  • LP4 odd.even functions(CASANO).notebook

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    December 13, 2017

  • LP4 odd.even functions(CASANO).notebook

    15

    December 13, 2017

    Homework

    : Finish an

    ything 

    from the pa

    cket that w

    e didn't 

    get to in cl

    ass.

  • Attachments

    Mental Math Multiplication.ppt

    Simplifying Rational Exponents.pdf

    Mental Math

    Multiplication

    Number 1 - 8

    3

    2

    1

    1.)

    6 x 7

    2.)

    8 x 4

    3.)

    7 x 8

    4.)

    9 x 4

    5.)

    13 x 4

    6.)

    11 x 13

    7.)

    15 x 11

    8.)

    12 x 11

    Answers

    1.) 42

    2.) 32

    3.) 56

    4.) 36

    5.) 52

    6.) 143

    7.) 165

    8.) 132

    SMART Notebook

  • ©X 32y0Z1m29 YKluWt9aB rSHotfNt5w3a3rWeh 7L0LQCv.f j hA3lZlq 9r2iog5hntdsu Wr9e9sEemrCv2e8dX.j v mMyaGdNef EwDittxhK hIMnifUiUntiltret MAMlqgge8bjrpaz 42h.d Worksheet by Kuta Software LLC

    Kuta Software - Infinite Algebra 2 Name___________________________________

    Period____Date________________Simplifying Rational Exponents

    Simplify.

    1)

    (

    n4)

    3

    22)

    (27

    p6)

    5

    3

    3)

    (25

    b6)−1.5

    4)

    (64

    m4)

    3

    2

    5)

    (

    a8)

    3

    26)

    (9

    r4)0.5

    7)

    (81

    x12)1.25

    8)

    (216

    r9)

    1

    3

    Simplify. Your answer should contain only positive exponents with no fractional exponents in the

    denominator.

    9)

    2

    m2 ⋅

    4

    m

    3

    2 ⋅

    4

    m−2

    10)

    3

    b

    1

    2 ⋅

    b

    4

    3

    11)

    (

    p

    3

    2 )−2

    12)

    (

    a

    1

    2 )

    3

    2

    -1-

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    13)

    2

    x

    −7

    4

    4

    x

    4

    3

    14)

    4

    x2

    2

    x

    1

    2

    15)

    3

    x

    −1

    2 ⋅

    3

    x

    1

    2

    y

    −1

    3

    3

    y

    −7

    4

    16)

    3

    y

    1

    4

    4

    x

    −2

    3

    y

    3

    2 ⋅

    3

    y

    1

    2

    17)

    (

    m ⋅

    m−2

    n

    5

    3 )2

    18)

    (

    a−1

    b

    1

    3 ⋅

    a

    −4

    3

    b2)

    2

    19)

    (

    x

    1

    2

    y−2

    y

    x

    −7

    4)

    4

    20)

    (

    x3

    y2)

    3

    2

    (

    x−1

    y

    −2

    3 )

    1

    4

    21)

    (

    x

    −1

    2

    y2)

    −5

    4

    x2

    y

    1

    2

    22)

    (

    x

    −1

    2

    y4)

    1

    4

    x

    2

    3

    y

    3

    2 ⋅

    x

    −3

    2

    y

    1

    2

    -2-

  • ©5 F2U0G1t2r uKKu9tvap xSLoqfGtSwWanr0ek fLlLSCU.a Q iAMlwlD BrGiHgXhQtMsM 7r3e9s2e5rrv6e9dJ.U r KMJaRdbea 3waiWt6h3 EI9nBfaiSnvi9tie4 6A8lGgme8btrlau f2S.T Worksheet by Kuta Software LLC

    Kuta Software - Infinite Algebra 2 Name___________________________________

    Period____Date________________Simplifying Rational Exponents

    Simplify.

    1)

    (

    n4)

    3

    2

    n6

    2)

    (27

    p6)

    5

    3

    243

    p10

    3)

    (25

    b6)−1.5

    1

    125

    b9

    4)

    (64

    m4)

    3

    2

    512

    m6

    5)

    (

    a8)

    3

    2

    a12

    6)

    (9

    r4)0.5

    3

    r2

    7)

    (81

    x12)1.25

    243

    x15

    8)

    (216

    r9)

    1

    3

    6

    r3

    Simplify. Your answer should contain only positive exponents with no fractional exponents in the

    denominator.

    9)

    2

    m2 ⋅

    4

    m

    3

    2 ⋅

    4

    m−2

    32

    m

    3

    2

    10)

    3

    b

    1

    2 ⋅

    b

    4

    3

    3

    b

    11

    6

    11)

    (

    p

    3

    2 )−2

    1

    p3

    12)

    (

    a

    1

    2 )

    3

    2

    a

    3

    4

    -1-

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    13)

    2

    x

    −7

    4

    4

    x

    4

    3

    x

    11

    12

    2

    x4

    14)

    4

    x2

    2

    x

    1

    2

    2

    x

    3

    2

    15)

    3

    x

    −1

    2 ⋅

    3

    x

    1

    2

    y

    −1

    3

    3

    y

    −7

    4

    3

    y

    17

    12

    16)

    3

    y

    1

    4

    4

    x

    −2

    3

    y

    3

    2 ⋅

    3

    y

    1

    2

    x

    2

    3

    y

    1

    4

    4

    y2

    17)

    (

    m ⋅

    m−2

    n

    5

    3 )2

    n

    10

    3

    m2

    18)

    (

    a−1

    b

    1

    3 ⋅

    a

    −4

    3

    b2)

    2

    a

    1

    3

    b

    14

    3

    a5

    19)

    (

    x

    1

    2

    y−2

    y

    x

    −7

    4)

    4

    x9

    y12

    20)

    (

    x3

    y2)

    3

    2

    (

    x−1

    y

    −2

    3 )

    1

    4

    y

    19

    6

    x

    19

    4

    21)

    (

    x

    −1

    2

    y2)

    −5

    4

    x2

    y

    1

    2

    x

    5

    8

    y3x2

    22)

    (

    x

    −1

    2

    y4)

    1

    4

    x

    2

    3

    y

    3

    2 ⋅

    x

    −3

    2

    y

    1

    2

    x

    17

    24

    y

    -2-

    Create your own worksheets like this one with Infinite Algebra 2. Free trial available at KutaSoftware.com

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