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Unit 7,8,9 Mixed

Total questions: 15

Worksheet time: 1hrs 9mins

Name
Class
Date
1.

Which of the following correctly identifies the End Behavior?

a)
b)
c)
d)
2.

Which of the following statements is false about the graph of the polynomial function given?

a)

The function passes through the origin.

b)

The function has a zero at -3.

c)

The function has a local maximum at (-1.76, -3.46).

d)

The function has an x-intercept at (3,0).

3.

Which of the following equations could be represented by the graph shown?

a)

y = –0.5x3 + 0.25x2 – 1.25x – 2

b)

y = 0.25x3 + 0.75x2 – 1.5x – 2

c)

y = 1.5x4 + 0.25x2 – 0.5x – 2

d)

y = –0.75x4 + 1.25x3 – 0.5x2 – 2x

4.

Select the interval(s) of increasing.

a)

(,1)\left(-\infty,-1\right)  

b)

(1,2)\left(-1,2\right)  

c)

(2,)\left(2,\infty\right)  

d)

(,)\left(-\infty,\infty\right)  

5.
Which asymptote(s) are determined by looking at the denominator?
a)
vertical
b)
horizontal
c)
end behavior
d)
none
6.

Find the vertical asymptote(s).

a)

x = 3 and x = -7

b)

x = 3

c)

x = -7

d)

x = -4

7.

What are the x-intercepts of this function?

a)

(2/3, 0)

b)

(4,0) (-2,0)

c)

(-8,0) (1,0)

d)

(-4,0) (2,0)

8.

Which of the lines are vertical asymptotes of this rational function? SELECT ALL THAT APPLY.

a)

x=3x=-3  

b)

x=2x=-2  

c)

x=0x=0  

d)

x=1x=1  

e)

x=3x=3  

9.

What is the domain and range?

a)

D : All real numbers, x ≠ -2
R: All real number y≠ 1

b)

D : All real numbers, x ≠ 2

R: All real number y≠ 1

c)

D : All real number x ≠ -2
R: All real number y≠ -1

d)

D : All real number x ≠ 1
R: All real number y≠ 2

e)

D : All real numbers, x ≠ -1
R: All real number y≠ 2

10.

What is the end behavior?

a)

As x → -∞, y → -∞.

As x → ∞, y → ∞.

b)

As x → -∞, y → ∞.

As x → ∞, y → -∞.

c)

As x → -∞, y → 1.

As x → ∞, y → 1.

d)

As x → -∞, y → 2.

As x → ∞, y → 2.

11.

What is the equation?

a)

r = 4

b)

r = 8

c)

r = 4sin(Θ)

d)

r = 8sin(Θ)

12.

What is the equation?

a)

r = 4sin(Θ)

b)

r = -2sin(Θ)

c)

r = 2cos(Θ)

d)

r = -4cos(Θ)

13.

What kind of graph will you get from the equation r = 2 + 2cos(Θ)?

a)

A limacon with an inner loop

b)

A dimpled limacon

c)

A cardiod

d)

A rose

14.

This particular equation generates what graph

a)
b)
c)
d)
15.

Which equation below generates this particular graph?

a)
b)
c)
d)