-
Lesson 8-3 Analyzing Graphs of Rational Functions
Find the vertical asymptotes and holes for the graph of each rational function.
-
y
=
2
x
−
3
y equals . fraction 2 , over x minus 3 end fraction
-
y
=
x
+
2
(
2
x
+
1
)
(
x
−
4
)
y equals . fraction x plus 2 , over open , 2 x plus 1 , close . open , x minus 4 , close end fraction
-
Lesson 8-4 Simplifying Complex Fractions
Simplify each complex fraction.
-
2
a
1
b
fraction fraction 2 , over eh end fraction , over fraction 1 , over b end fraction end fraction
-
5
+
1
2
2
−
1
5
fraction 5 plus , 1 half , over 2 minus , 1 fifth end fraction
-
3
c
+
d
2
fraction fraction 3 , over c plus d end fraction , over 2 end fraction
-
1
4
4
c
fraction 1 fourth , over fraction 4 , over c end fraction end fraction
-
2
3
6
c
+
4
fraction 2 thirds , over fraction 6 , over c plus 4 end fraction end fraction
-
4
x
2
8
fraction fraction 4 , over x end fraction , over 2 eighths end fraction
-
3
−
1
2
7
6
fraction 3 minus , 1 half , over 7 sixths end fraction
-
9
m
−
n
3
2
m
−
2
n
fraction fraction 9 , over m minus n end fraction , over fraction 3 , over 2 m minus 2 n end fraction end fraction
-
Lesson 9-1 Writing Formulas for Sequences
Find the next two terms in each sequence. Write a formula for the nth term. Identify each formula as explicit or recursive.
-
16
,
13
,
10
,
7
,
…
16 comma 13 comma 10 comma 7 comma dot dot dot
-
−
1
,
−
8
,
−
27
,
−
64
,
−
125
,
…
negative 1 comma negative 8 comma negative 27 comma negative 64 comma negative 125 comma dot dot dot
-
Lesson 10-6 Translating Conic Sections
Write an equation for each conic section. Then sketch the graph.
- circle with center at
(
1
,
−
4
)
open 1 comma negative 4 close and radius 4
- ellipse with center at (2, 5), vertices at (5, 5) and
(
−
1
,
5
)
,
open negative 1 comma 5 close comma and co-vertices at (2, 3) and (2, 7)
- parabola with vertex at
(
0
,
−
3
)
open 0 comma negative 3 close and focus at (0, 5)
- hyperbola with center at (6, 1), one focus at (6, 6), and one vertex at
(
6
,
−
2
)
open 6 comma negative 2 close