LP4- odd.even...
Transcript of LP4- odd.even...
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LP4 odd.even functions(CASANO).notebook
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December 13, 2017
Warm Up: If f(x) = x3 + 4:(a) find f-1(x)(b) Prove this is the inverse
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LP4 odd.even functions(CASANO).notebook
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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:
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LP4 odd.even functions(CASANO).notebook
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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!!!
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LP4 odd.even functions(CASANO).notebook
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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:
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LP4 odd.even functions(CASANO).notebook
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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!!!
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LP4 odd.even functions(CASANO).notebook
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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
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LP4 odd.even functions(CASANO).notebook
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December 13, 2017
How to determine even, odd, or neither algebraically????
If neither rule works, then it is neither even nor odd!!!
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LP4 odd.even functions(CASANO).notebook
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December 13, 2017
b
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LP4 odd.even functions(CASANO).notebook
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December 13, 2017
a
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LP4 odd.even functions(CASANO).notebook
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December 13, 2017
Determine whether each f(x) is even, odd, neither.
1) even2) odd3) neither4) neither5) neither6) neither
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LP4 odd.even functions(CASANO).notebook
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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
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LP4 odd.even functions(CASANO).notebook
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December 13, 2017
a
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LP4 odd.even functions(CASANO).notebook
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December 13, 2017
c
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LP4 odd.even functions(CASANO).notebook
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December 13, 2017
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LP4 odd.even functions(CASANO).notebook
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December 13, 2017
Homework
: Finish an
ything
from the pa
cket that w
e didn't
get to in cl
ass.
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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
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©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-
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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-
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