AnswersPBCSD_Grade_Forgiveness_1200330_Algebra 2_S2_2024Vertical Asymptotes of Rational Functions

Vertical Asymptotes of Rational Functions Answers

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For the inverse variation equation , what is the value of V when p = ?

Question illustration
A
One-sixteenth
Option A
B
One-fourth
Option B
C
4
D
16
2
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The graph below shows the function .Where is the removable discontinuity of f(x) located?

Question illustration
A
x = –5
B
x = 0
C
x = –2
D
x = 5
3

What are the removable discontinuities of the following function?

Question illustration
A
x = –6, x = 0, and x = 6
B
x = –6 and x = 6
C
x = 0 and x = –6
D
x = 0 and x = 6
4

Consider the table representing a rational function.undefinedundefinedWhich statement describes the graph of the function?

Question illustration
A
The function has holes when x = 0 and x = 4.
B
The function has vertical asymptotes when x = 0 and x = 4.
C
The function has a vertical asymptote when x = 0 and a hole when x = 4.
D
The function has a hole when x = 0 and a vertical asymptote when x = 4.
5

Consider the table representing a rational function.undefinedWhich equation could represent a vertical asymptote of the graph of the function?

Question illustration
A
mc027-26.jpg
Option A
B
mc027-27.jpg
Option B
C
mc027-28.jpg
Option C
D
mc027-29.jpg
Option D
6

Where are the asymptotes for the following function located?

Question illustration
A
x = –1 and x = 5
B
x = –1 and x = 14
C
x = 1 and x = –5
D
x = 14 and x = 5
7

Which statement is true about the discontinuities of the function f(x)?

Question illustration
A
There are holes at x = 7 and .
B
There are asymptotes at x = 7 and .
C
There are asymptotes at x = –7 and .
D
There are holes at (–7, 0) and .
8

For the inverse variation equation xy = k, what is the constant of variation, k, when x = –3 and y = –2?

A
–6
B
Negative two-thirds
C
Three-halves
D
6
9

The graph of the function is shown below.What is the vertical asymptote of the function?

Question illustration
A
x = –5
B
x = –3
C
x = 3
D
x = 5
10

Various cylindrical storage tanks are designed to hold a given amount of oil. The inverse variation equation shows the relationship between the area of the base of the cylinder, x, and the height of the oil in the tank, y.What is the base area of the tank to the nearest square foot if the height of the oil in the tank is 38 feet?

Question illustration
A
208 ft2
B
7,985 ft2
C
11,400,000 ft2
D
433,200,000 ft2

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