Lesson 285 of 1524
7.4 Comparing Quadratic and Exponential Functions
In each pattern, the number of small squares is a function of the step number, n
Practice this chapterThe correct order is 9 2 , 10 2 , 2 9 , 2 10 . In each pattern, the number of small squares is a function of the step number, n
You then determined if each expression was linear, exponential, or quadratic You then determined which function had a larger value as the x -values increased
number of small squares — a function of the step number, n.
Be able to explain using graphs, tables, or calculations that exponential functions eventually grow faster than quadratic functions; sketch a graph.
Worked example
What does “number of small squares” mean in 7.4 Comparing Quadratic and Exponential Functions?
- 1Use the wording this chapter gives for number of small squares.
- 2The book says: a function of the step number, n.
- 3Keep the answer tied to this term.
Result: a function of the step number, n
Why. That is the meaning this chapter gives for number of small squares.
Answer with the meaning this chapter gives. A nearby idea from the same book is a different term.
Practice margin
This chapter
A fresh set from this chapter only. Choose 10 or 20. Multiple choice and fill-in, with no repeat inside the set.