Which expression is equivalent to 9-2? | 1/81 |

What is the quotient of mc009-1.jpg? | D |

Which expression is equivalent to mc024-1.jpg? | D |

Which expression is equivalent to mc002-1.jpg? | B |

Which expression is equivalent to mc006-1.jpg? | C |

Which expression is equivalent to (3a)-2? | A |

Which expression is equivalent to 6-3? | D |

What is the quotient of mc010-1.jpg? | C |

What is the simplified form of mc007-1.jpg? Assume mc007-2.jpg. | C |

Which expression is equivalent to mc012-1.jpg? Assume mc012-2.jpg. | C |

Which shows the following expression using positive exponents? mc002-1.jpg | A |

Which expression is equivalent to mc013-1.jpg? Assume mc013-2.jpg. | B |

Which expression is equivalent to mc026-1.jpg? | C |

Which expression is equivalent to mc008-1.jpg? Assume mc008-2.jpg. | B |

What is the quotient of mc015-1.jpg in simplifed form? Assume mc015-2.jpg. | A |

Which expression is equivalent to mc021-1.jpg? Assume mc021-2.jpg. | D |

Which expression is equivalent to the expression below? mc004-1.jpg | B |

What is the quotient? mc007-1.jpg | D |

What is the quotient? mc016-1.jpg | B |

What is the quotient? mc024-1.jpg | B |

What is the product? mc021-1.jpg | A |

Which expression is equivalent to mc005-1.jpgdivided by x + 1? | A |

What is the product? mc002-1.jpg | B |

What is the product? mc001-1.jpg | A |

Simplify the expression below. es027-1.jpg What is the numerator of the simplified expression? | N |

Which expression is equivalent to the following complex fraction? mc018-1.jpg | A |

What is the difference? mc010-1.jpg | D |

What is the sum? mc004-1.jpg | C |

What is the sum? mc009-1.jpg | A |

Which expression is equivalent to the following complex fraction? mc024-1.jpg | B |

What is the sum? mc006-1.jpg | C |

What is the sum? mc003-1.jpg | B |

What is the difference? mc011-1.jpg | A |

What is the solution to the equation mc018-1.jpg? | D |

What is the solution to the equation mc011-1.jpg? | C |

What is the solution to the equation mc014-1.jpg? | C |

What is the solution for the equation mc010-1.jpg? | C |

Which of the following represents the solution of mc015-1.jpg? | A |

What is the solution of mc016-1.jpg? | D |

What are the solutions to the equation mc020-1.jpg? | D |

What causes a solution to a rational equation to be an extraneous solution? | B |

For the inverse variation equation mc019-1.jpg, what is the value of V when p = 4? | C |

Given x varies inversely with y and xy = 2, what is the value of x when y = 1? | D |

For the inverse variation equation mc020-1.jpg, what is the value of V when p = mc020-2.jpg? | D |

For the inverse variation equation xy = k, what is the constant of variation, k, when x = 7 and y = 3? | D |

Where are the asymptotes for the following function located? | A |

The graph below shows the function mc008-1.jpg. mc008-2.jpg Where is the removable discontinuity of f(x) located? | C |

The graph of the function mc002-1.jpg is shown below. mc002-2.jpg What is the vertical asymptote of the function? | D |

The inverse variation equation shows the relationship between wavelength in meters, x, and frequency, y. mc023-1.jpg What are the wavelengths for X-rays with frequency 3 × 1018? | A |

What is the horizontal asymptote of the function mc002-1.jpg? | A |

Which graph represents the function mc020-1.jpg? | D |

What are the vertical and horizontal asymptotes of mc004-1.jpg? | B |

Which graph represents the function mc018-1.jpg? | D |

What is the domain of mc005-1.jpg? | C |

What is the domain of the function mc007-1.jpg? | D |

What are the equations of the asymptotes of the graph of the function mc015-1.jpg? | A |

What is the horizontal asymptote of mc001-1.jpg? | A |

Which statement decribes the behavior of the function mc011-1.jpg? | B |

Which function has the same domain as mc003-1.jpg? | A |

What is the domain of the function mc002-1.jpg? | A |

What is the range of the function mc004-1.jpg? | B |

Which graph represents mc015-1.jpg? | D |

Which function has the same range as mc011-1.jpg? | C |

Which of the following is the graph of mc021-1.jpg? | D |

Which graph represents mc020-1.jpg? | B |

How does the graph of mc016-1.jpg compare to the graph of the parent square root function? | C |

Which of the following describes the graph of mc024-1.jpg compared to the parent square root function? | D |

Which expression is equivalent to mc015-1.jpg? Assume mc015-2.jpg. | D |

Which expression is equivalent to mc018-1.jpg? Assume x mc018-2.jpg 0 and y > 0. | D |

Which expression is equivalent to mc020-1.jpg? Assume x mc020-2.jpg 0 and y > 0. | D |

Which expression is equivalent to mc010-1.jpg? | B |

What is the simplest form of mc006-1.jpg? | A |

Which expression is equivalent to mc016-1.jpg? Assume mc016-2.jpg and y mc016-3.jpg 0. | D |

Which expression is equivalent to mc004-1.jpg? | A |

Which expression is equivalent to mc007-1.jpg? | B |

Which expression is equivalent to mc020-1.jpg? | B |

Which expression is equivalent to mc009-1.jpg? | D |

Which expression is equivalent to mc016-1.jpg? | B |

The equation mc024-1.jpg shows the relationship between a planet’s orbital period, T, and the planet’s mean distance from the sun, A, in astronomical units, AU. If planet Y is twice the mean distance from the sun as planet X, by what factor is the orbital period increased? | D |

Which of the following is equivalent to mc003-1.jpg? | D |

Which of the following is equivalent to mc004-1.jpg? | B |

Which of the following is equivalent to mc001-1.jpg? | B |

Which expression is equivalent to mc010-1.jpg? | A |

Which expression is equivalent to mc015-1.jpg? | D |

Which of the following is equivalent to mc002-1.jpg? | D |

The formula mc021-1.jpg gives the length of the side, s, of a cube with a surface area, SA. How much longer is the side of a cube with a surface area of 180 square meters than a cube with the surface area of 120 square meters? | B |

What is the following sum? mc004-1.jpg | C |

Wyatt’s eye-level height is 120 ft above sea level, and Shawn’s eye-level height is 270 ft above sea level. How much farther can Shawn see to the horizon? Use the formula mc024-1.jpg, mc024-2.jpg with d being the distance they can see in miles and h being their eye-level height in feet. | B |

What is the following difference? mc007-1.jpg | C |

What is the simplified form of the following expression? Assume mc016-1.jpg and mc016-2.jpg mc016-3.jpg | C |

What is the following difference? mc015-1.jpg | C |

What is the following sum? Assume mc010-1.jpg and mc010-2.jpg mc010-3.jpg | B |

What is the following sum? mc011-1.jpg | A |

What is the following product? Assume mc006-1.jpg mc006-2.jpg | A |

What is the following product? mc020-1.jpg | B |

What is the following product? mc011-1.jpg | C |

What is the following product? mc010-1.jpg | B |

What is the following product? Assume mc003-1.jpg. mc003-2.jpg | A |

What is the following product? mc016-1.jpg | A |

What is the following product? mc001-1.jpg | A |

What is the following product? Assume mc002-1.jpg mc002-2.jpg | C |

What is the following product? mc004-1.jpg | D |

What is the following product? mc015-1.jpg | C |

What is the simplified form of the following expression? Assume mc015-1.jpg mc015-2.jpg | B |

What is the simplified form of the following expression? Assume mc016-1.jpg. mc016-2.jpg | D |

What is the following quotient? mc010-1.jpg | B |

What is the following quotient? mc002-1.jpg | A |

What is the following quotient? mc001-1.jpg | A |

What is the following quotient? mc018-1.jpg | C |

What is the following quotient? mc011-1.jpg | D |

The radius of a circle with an area of 60 square centimeters is represented by the expression mc020-1.jpg centimeters. What is another way of expressing the radius? | C |

What is the following quotient? mc007-1.jpg | B |

What is the solution of mc009-1.jpg? | C |

What is the solution of mc011-1.jpg? | A |

What is the solution of mc010-1.jpg? | A |

Which equation is equivalent to mc003-1.jpg? | D |

What is the solution of mc007-1.jpg? | C |

Which of the following is a radical equation? | C |

What is the solution of mc021-1.jpg? | A |

# Algebra 2 part 2 exam - Subjecto.com (2024)

## References

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