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CC
Core Connections Integrated I, 2013
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3. Section 5.3
1. Functions
p. 8-44
4 Subchapters
2. Linear Functions
p. 56-105
4 Subchapters
3. Transformations and Solving
p. 118-179
4 Subchapters
4. Modeling Two-Variable Data
p. 196-237
3 Subchapters
5. Sequences
p. 250-293
4 Subchapters
6. Systems of Equations
p. 306-356
5 Subchapters
7. Congruence and Coordinate Geometry
p. 369-414
3 Subchapters
8. Exponential Functions
p. 433-484
3 Subchapters
9. Inequalities
p. 497-552
4 Subchapters
10. Functions and Data
p. 540-574
3 Subchapters
11. Constructions and Closure
p. 587-628
3 Subchapters
A. Appendix
p. 647-684
2 Subchapters
Start
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5.3.1. Comparing Growth in Tables and Graphs
p. 277-278
6 Solutions
86
p. 277
87
p. 277
88
p. 277
89
p. 277
90
p. 277
91
p. 278
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5.3.2. Using Multipliers to Solve Problems
p. 285-288
12 Solutions
102
p. 285
103
p. 286
104
p. 286
105
p. 286
106
p. 286
107
p. 287
108
p. 287
109
p. 287
110
p. 287
111
p. 287
112
p. 288
113
p. 288
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5.3.3. Comparing Sequences to Functions
p. 292-293
6 Solutions
120
p. 292
121
p. 292
122
p. 292
123
p. 293
124
p. 293
125
p. 293
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Exercise
86
Page
277
Page
277
A
B
C
D
Hint & Answer
Solution
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Digital math tools
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Geogebra classic
a
We will begin by explaining the difference between an arithmetic and
geometric sequence
.
If a sequence is arithmetic, there is a
common difference
between consecutive terms.
If a sequence is geometric, there is a
common ratio
between consecutive terms.
Let's start by investigating if it is arithmetic.
b
Like in Part A, we will examine the differences between consecutive numbers.
c
Like in Parts A and B, we will examine the difference between consecutive numbers.
d
Like in Parts A through C, we have to examine if the sequence is linear.
Graphing Exponential Functions
Level 1 exercises - Graphing Exponential Functions
Level 2 exercises - Graphing Exponential Functions
Level 3 exercises - Graphing Exponential Functions
Subchapter links
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5.3.1
Comparing Growth in Tables and Graphs
p.277-278
86
Comparing Growth in Tables and Graphs
87
(Page 277)
Comparing Growth in Tables and Graphs
88
(Page 277)
Comparing Growth in Tables and Graphs
89
(Page 277)
Comparing Growth in Tables and Graphs
90
(Page 277)
Comparing Growth in Tables and Graphs
91
(Page 278)
arrow_right
5.3.2
Using Multipliers to Solve Problems
p.285-288
Using Multipliers to Solve Problems
102
(Page 285)
Using Multipliers to Solve Problems
103
(Page 286)
Using Multipliers to Solve Problems
104
(Page 286)
Using Multipliers to Solve Problems
105
(Page 286)
Using Multipliers to Solve Problems
106
(Page 286)
Using Multipliers to Solve Problems
107
(Page 287)
Using Multipliers to Solve Problems
108
(Page 287)
Using Multipliers to Solve Problems
109
(Page 287)
Using Multipliers to Solve Problems
110
(Page 287)
Using Multipliers to Solve Problems
111
(Page 287)
Using Multipliers to Solve Problems
112
(Page 288)
Using Multipliers to Solve Problems
113
(Page 288)
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5.3.3
Comparing Sequences to Functions
p.292-293
Comparing Sequences to Functions
120
(Page 292)
Comparing Sequences to Functions
121
(Page 292)
Comparing Sequences to Functions
122
(Page 292)
Comparing Sequences to Functions
123
(Page 293)
Comparing Sequences to Functions
124
(Page 293)
Comparing Sequences to Functions
125
(Page 293)
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