polynomials can look like. 3.1: Which One Doesn't Belong: What are Polynomials? Which one doesn't belong? A: 4 – x +x – 4x B: 2x + x-5.7x+2 C: x + 7x – x +2 D: x + 8.36x - 2.4x + 0.32x

Algebra and Trigonometry (6th Edition)
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ChapterP: Prerequisites: Fundamental Concepts Of Algebra
Section: Chapter Questions
Problem 1MCCP: In Exercises 1-25, simplify the given expression or perform the indicated operation (and simplify,...
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intel)
Lesson 3: Introducing Polynomials
Are
For
• Let's see what polynomials can look like.
res
3.1: Which One Doesn't Belong: What are Polynomials?
Which one doesn't belong?
L
A: 4 – x +x – 4x
B: 2x + x2 – 5.7x+2
C: x² + 7x – x +2
ncin
D: x + 8.36x – 2.4x2 + 0.32x
bed bluow 1srW.s
3.2: Card Sort: Equations and Graphs
Your teacher will give you a set of cards. Group them into pairs that represent the same
polynomial function. Be prepared to explain your reasoning. xo1 lrWd
3.3: Let's Make Some Curves
1 nogesi
Use graphing technology to write equations for polynomial functions whose graphs have
the characteristics listed when plotted on the coordinate plane.
1. A 1st degree polynomial function whose graph intercepts the vertical axis at 8.
2. A 2nd degree polynomial function whose graph has only positive y-values.
3. A 2nd degree polynomial function whose graph contains the point (0,-9).
4. A 3rd degree polynomial function whose graph crosses the horizontal axis more than
once.
5. A 4th degree or higher polynomial function whose graph never crosses the horizontal
axis.
Transcribed Image Text:intel) Lesson 3: Introducing Polynomials Are For • Let's see what polynomials can look like. res 3.1: Which One Doesn't Belong: What are Polynomials? Which one doesn't belong? L A: 4 – x +x – 4x B: 2x + x2 – 5.7x+2 C: x² + 7x – x +2 ncin D: x + 8.36x – 2.4x2 + 0.32x bed bluow 1srW.s 3.2: Card Sort: Equations and Graphs Your teacher will give you a set of cards. Group them into pairs that represent the same polynomial function. Be prepared to explain your reasoning. xo1 lrWd 3.3: Let's Make Some Curves 1 nogesi Use graphing technology to write equations for polynomial functions whose graphs have the characteristics listed when plotted on the coordinate plane. 1. A 1st degree polynomial function whose graph intercepts the vertical axis at 8. 2. A 2nd degree polynomial function whose graph has only positive y-values. 3. A 2nd degree polynomial function whose graph contains the point (0,-9). 4. A 3rd degree polynomial function whose graph crosses the horizontal axis more than once. 5. A 4th degree or higher polynomial function whose graph never crosses the horizontal axis.
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