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Algebra 2 Multiple Choice Questions

Algebra II Do Questions For The Last Exam

35 Questions | Total Attempts: 234

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Algebra II Practice Questions For The Final Exam - Quiz

These exercise questions are similar in type to the xxx multiple choice questions on your concluding. Recall that there volition also be 30 brusque reply questions where work justifying your answer volition be required. As you have this practice test, think about pacing yourself. In order to complete the final exam, you should be spending less time on multiple choice than short answer. If you take this practise test in one sitting, aim to proceed your time under an hr. Cheating on this would just be silly, every bit it has no straight bearing on your grade in the class. As well, if you lot email me a score report with 100% on information technology, I will expect similar results on your terminal. :) At the cease of the test, please choose the choice to email me your document of completion. My e-ma


  • 1.

    Choose the graph which best represents the function.  f(x)=–2–ex    A.    B.     C.    D.   - ProProfs

    Choose the graph which best represents the office. f(10)=–2–e10 A. B.   C. D.

    • A.

      A

    • B.

      B

    • C.

      C

    • D.

      D

  • ii.

    If  is $3000 is invested at a charge per unit of 9%, compounded continuously, find the balance in the account afterward 5 years. Apply the formula A=Pert

    • A.

      $4615.87

    • B.

      $5148.02

    • C.

      $4704.94

    • D.

      $22,167.17

  • iii.

    Solve triangle ABC, given that A=48°, B=59°, b=61

    • A.

      C=73° a=52.89 c=68.06

    • B.

      C=73° a=lxx.36 c=78.v

    • C.

      C=253° a=52.89 c=68.06

    • D.

      C=253° a=lxx.36 c=78.5

  • 4.

    Factor the expression: 25y2–ix

    • A.

      (5y–3)²

    • B.

      (25y+1)(y–nine)

    • C.

      (5y+3)²

    • D.

      (5y+3)(5y–3)

  • five.

    Simplify the radical expression. five(√147)(√21)

    • A.

      108√3

    • B.

      21√seven

    • C.

      15√3

    • D.

      105√vii

  • 6.

    Solve the post-obit equation by completing the square: –3x2–30x–fifteen=0

    • A.

      Ten=5±2√5

    • B.

      X=–v±two√5

    • C.

      10=–5±√30

    • D.

      X=5±√xxx

  • 7.

    Detect the maximum value of the equation: y=–4x2+24x–forty

    • A.

      –68

    • B.

      –4

    • C.

      –40

    • D.

      –iii

  • 8.

    Solve for 10. 2xtwo+x=–3

    • A.

      (1±i√23)/four

    • B.

      (–1±i√25)/four

    • C.

      (1±i√25)/4

    • D.

      (–1±i√23)/iv

  • 9.

    Evaluate the function for t=4 using constructed division. f(t)=2tiii–3t2+2t+7

    • A.

      98

    • B.

      95

    • C.

      104

    • D.

      fifteen

  • 10.

    Factor the expression completely. 4xthree–8xtwo+24x

    • A.

      4x(x–2)(x+vi)

    • B.

      4(10³–2x²+6x)

    • C.

      4x(ten²–2x+half-dozen)

    • D.

      X(4x²–8x+24)

  • 11.

    Choose the graph that best represents the function.  f(x)=2(1/2)x    A.    B.    C.    D.   - ProProfs

    Choose the graph that best represents the function. f(x)=2(1/2)x A. B. C. D.

    • A.

      A

    • B.

      B

    • C.

      C

    • D.

      D

  • 12.

    Simplify:      A.      B.      C.      D.   - ProProfs

    Simplify: A. B. C. D.

    • A.

      A

    • B.

      B

    • C.

      C

    • D.

      D

  • 13.

    Solve for x.   - ProProfs

    Solve for x.

    • A.

      i/seven

    • B.

      5/xiv

    • C.

      eleven/14

    • D.

      i/14

  • xiv.

    A highway map of Ohio has a coordinate grid superimposed on pinnacle of the state. Cincinatti is at the point (-one,-3) and Springfield is at the signal (8,0). In that location is a rest area halfway between the cities. Discover the coordinates of the rest expanse, and the distance betwixt Springfield and Cincinnatti, given the scale of ane unit=6.32 miles

    • A.

      (vii/2,-3/two) 60 miles

    • B.

      (-three/2,7/2) 60 miles

    • C.

      (-iii/2,seven/2) 48 miles

    • D.

      (7/2,-3/two) 48 miles

  • 15.

    Choose the equation of the parabola with vertex (0,0) and directrix y=four.

    • A.

      X=-16y²

    • B.

      Y=–16x²

    • C.

      X=4y²

    • D.

      Y=(–1/sixteen)x²

  • sixteen.

    Choose the graph that best represents the given equation:  9x²+16y²=144  A.      B.      C.      D.   - ProProfs

    Choose the graph that best represents the given equation: 9x²+16y²=144 A. B. C. D.

    • A.

      A

    • B.

      B

    • C.

      C

    • D.

      D

  • 17.

    Notice an equation for a parabola with focus (–v,–7)  and vertex (–5,–2).

    • A.

      Y+2=–1/20(x+v)²

    • B.

      Y–2=–1/20(x–5)²

    • C.

      Y+7=–one/xx(x+five)²

    • D.

      X–7=–one/xx(y–5)²

  • 18.

    Write the equation of the parabola in standard class. x²–6x+8y–23=0

    • A.

      Y–3= 1/8 (x–four)²

    • B.

      Y–4= –1/viii (10–3)²

    • C.

      Y–three= –1/viii (x–4)²

    • D.

      Y–4= –i/viii (x–4)²

  • 19.

    Choose the equation that best fits the given graph.   - ProProfs

    Choose the equation that best fits the given graph.

    • A.

      (10+iv)²/four–(y–ane)²/sixteen=one

    • B.

      (x–1)²/4–(y+4)²/16=1

    • C.

      (ten–iv)²/4–(y+ane)²/16=1

    • D.

      (10+1)²/4+(y-four)²/16=ane

  • 20.

    Classify the following equation. 10=y²+9

    • A.

      Parabola

    • B.

      Circle

    • C.

      Ellipse

    • D.

      Hyperbola

  • 21.

    Find the first four terms of the sequence given past the equation. tn=n(2n-7)

    • A.

      –5, –vi, –iii, 4

    • B.

      two, –12, –19, –26

    • C.

      2, 1, 11, 25

    • D.

      –5, –6, –x, –11

  • 22.

    Find the sum of the space series. 1/four+1/8+i/16+one/32+…

    • A.

      15/32

    • B.

      1

    • C.

      1/2

    • D.

      1/three

  • 23.

    Find cos(x) as a fraction in lowest terms.   - ProProfs

    Find cos(x) as a fraction in lowest terms.

    • A.

      5/12

    • B.

      12/5

    • C.

      5/13

    • D.

      12/13

  • 24.

    A photographer points a camera at a window in a nearby building, forming an angle of 48° with the base of the camera.  If the camera is 50 meters from the building, how high above the platform is the window, to the nearest hundredth?   - ProProfs

    A photographer points a camera at a window in a nearby building, forming an angle of 48° with the base of the camera.  If the camera is 50 meters from the building, how high above the platform is the window, to the nearest hundredth?

    • A.

      0.90 meters

    • B.

      1.11 meters

    • C.

      55.53 meters

    • D.

      45.02 meters

  • 25.

    Convert 1200° to radians.

    • A.

      3π/20

    • B.

      3π/xl

    • C.

      20π/3

    • D.

      40π/iii

Algebra 2 Multiple Choice Questions,

Source: https://www.proprofs.com/quiz-school/story.php?title=algebra-ii-practice-questions--final-exam

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