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092 End Behavior

Last updated over 5 years ago

25 questions

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Bell Assignment:

Question 1

1.

How do you find the degree?

Question 2

2.

How do you find the leading coefficient?

Question 3

3.

Where are the real zeros of an equation located on the graph?

Question 4

4.

Sketch a graph that has one maximum and two minimums.

Notes L5-3 Analyze Polynomial Functions

(from last test)

Question 5

5.

Question 6

6.

Question 7

7.

(from yesterday)

Question 8

8.

Question 9

9.

Question 10

10.

New notation: \infty vs -\infty

Question 11

11.

Question 12

12.

Question 13

13.

Question 14

14.

for [10] how many real zeros?

Question 15

15.

for [10] how many extrema (maximums and minumums)?

Question 16

16.

Question 17

17.

Question 18

18.

Question 19

19.

for [16] how many real zeros?

Question 20

20.

for [16] how many extrema (maximums and minumums)?

Question 21

21.

Given: f(x)=-5x^{4}+3x^2

State the degree.

Question 22

22.

for [21] state the leading coefficient

Question 23

23.

Question 24

24.

Question 25

25.

Begin DeltaMath!

Choose the Degree (D) and Leading Coefficient (LC) for: 5x^{3}-4x^2-8x+\frac{4}{x}

LC: 5

D: 3

D: 8

LC: -8

not a polynomial

Choose the Degree (D) and Leading Coefficient (LC) for: 5x^{6}-3x^4+12x^3-14

LC: 12

not a polynomial

LC: 5

D: 12

D: 6

Choose the Degree (D) and Leading Coefficient (LC) for: 8x^{4}-2x^3-x^6+3

D: 6

D: 8

LC: 8

not a polynomial

LC: -1

describe the end behavior

both ends point down

both ends point up

the left starts at a large negative and the right goes upward

the left starts at a large positive and the right goes downward

Will the degree of [6] be even or odd?

odd

even

Will the leading coefficient of [6] be positive or negative?

negative

positive

describe the end behavior

for [10]

even

odd

for [10] describe the leading coefficient

negative

positive

describe the end behavior

use [16]

even

odd

for [16] describe the leading coefficient

positive

negative

for [21] f(x) is..
[choose all that are true]

even

odd

positive

negative

Use [23] to describe the end behavior of f(x).

Choose all that are true

I am confident in this lesson.

I would like some assistance.

I can determine the end behavior of a function.

I can count the number of zeros of a function.

I can count the number of extrema of a function.