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Honors Algebra II Final Exam Review Name________________________________
1. Find the quotient: 3 25 7 2 2x x x x
2. Find the quotient: 3 22 17 23 42 2 7x x x x
3. Find the difference: 2 29 3 7 4 8 9x x x x
4. Multiply: 3 8 4 2 5 7x x x
5. Simplify:
52 3
14
x y
xy
6. Simplify: 6 3
5 3 5 62 4x y x y
7. Solve: 5 33 15 18x x x
Honors Algebra II Final Exam Review
8. Factor completely: 26 12x x
9. Factor completely: 220 7 6x x
10. Factor completely: 43 48x
11. Factor completely: 26 5 3 3x x
12. Factor completely: 2 2 26 4 3 2x x xy y
13. Find all the factors, zeros, and x-intercepts: 3 26 4 24f x x x x
14. Find all the factors, zeros, and x-intercepts: 4 3 22 5 12 4f x x x x x
15. Find all the factors, zeros, and x-intercepts: 4 3 25 4 20f x x x x x
Honors Algebra II Final Exam Review
16. Find the value of k so the remainder is 7: 3 2 9 2x kx x
17. Find the value of k so the remainder is 1: 2 3 3x x x k
18. Given the graph:
Degree: Even / Odd
Leading Coefficient: Positive / Negative
How many relative maxima?
How many relative minima?
Least possible degree of the polynomial?
Real zeros:
Known factors from real zeros:
Domain:
Range:
19. Write a polynomial function of least degree with a leading coefficient of 1 given the
following zeros: 4, 7 5
20. Write a polynomial function of least degree with a leading coefficient of 1 given the
following zeros: 0 (double root), 3 2i
Honors Algebra II Final Exam Review
21. Given the functions below, perform the indicated operations:
28 9 2 1f x x g x x h x x
(a) g h x (b) g f x (c) 3f g (d) 2f g h
22. Simplify: 12 9
32
343
27
x y
z
23. Simplify:
1 1
3 3
3 2
3x x
x
24. Simplify: 249 56 16x x
25. Solve: 2 1 5x x
26. Solve: 2
31 16
2 43 3
x
27. Solve: 25 5x x
Honors Algebra II Final Exam Review
28. Find the inverse of the following:
(a) 2
16 6 9f x x (b) 32 6
9
xg x
29. Verify algebraically that the following functions are inverses of each other:
3 9f x x and 1
33
g x x
30. Use 9log 7 0.8856 and 9log 4 0.6309 to evaluate the following:
(a) 9
7log
4 (b) 9log 28 (c) 9log 324 (d) 9
112log
36
31. Evaluate: 7log 57
x
32. Evaluate: 97log 7
33. Evaluate: 3lnln4ee
Honors Algebra II Final Exam Review
34. Evaluate:
1
3
1ln
e
35. Expand:
3
2
2ln
x y
w z
36. Condense: 1 1
log2 log 2log log2 2
w y z
37. Solve: 27 7log 6 log 4x x x
38. Solve: 216 16
1log 9 5 log 1
2x x
39. Solve: 3 35 4x x
40. Solve: 9 9 9
1 1log log 64 log 81
3 4x
Honors Algebra II Final Exam Review 41. Graph 2log 3y x
Domain: _______________ Range: _______________
x-intercepts: _______________ y-intercepts: _______________
Asymptotes: _______________ End Behavior: _______________
42. Growth or Decay?
(a) 112
4xf x (b) 32 27
x
g x
43. Write an exponential function whose graph passes through the points:
1
3, 243 0,3
44. Given the function 1
1
3
x
f x
, write the equation for g x given each of the
following transformations:
(a) Vertically stretch by a factor of 4, shifted down 3 units, and reflected over the y-axis.
(b) Horizontally compress by a factor of 1
5 and reflected over the x-axis.
(c) Horizontally stretched by a factor of 8 and shifted down 3 units.
Honors Algebra II Final Exam Review
45. Graph 1
32
2
x
y
Domain: _______________ Range: _______________
x-intercepts: _______________ y-intercepts: _______________
Asymptotes: _______________ End Behavior: _______________
46. Graph 3
13
2
x
y
Domain: _______________ Range: _______________
x-intercepts: _______________ y-intercepts: _______________
Asymptotes: _______________ End Behavior: _______________
47. In 2002, 1219 carnivorous gerbils were observed in the United States. For the next 11
years, about 12% more carnivorous gerbils were observed each year. Use the formula
1n
A P r .
(a) Write an exponential function showing the growth of the population of carnivorous
gerbils.
Honors Algebra II Final Exam Review
(b) In 2008, about how many carnivorous gerbils were observed in the US?
(c) In what year were 1712 carnivorous gerbils observed?
48. Simplify: 2
3 6
2 43 1
2 2
x x
x x
49. Simplify: 2 2
1 6
4 4 4
x
x x x
50. Simplify: 2
2
6 1
24 3
x
x xx x
x x
51. Graph: 2
2
5 11 2
7 10
x xf x
x x
_______________ hole(s) _______________ x-intercept(s) _______________ VA _______________ HA/SA _______________ y-intercept
Honors Algebra II Final Exam Review
52. Graph: 9
7f x
x
_______________ hole(s) _______________ x-intercept(s) _______________ VA _______________ HA/SA _______________ y-intercept
53. Graph: 2 3
2
2
13
x xf x
x
_______________ hole(s) _______________ x-intercept(s) _______________ VA _______________ HA/SA _______________ y-intercept 54. Perform the partial-fraction decomposition:
(a) 2
2
25
xy
x
(b)
3 2
2
2 2
5 6
x x xy
x x
Honors Algebra II Final Exam Review
55. 7
1
2n
n
56.
1
1
13
7
n
n
57. Find the sum of the first 15 terms of the geometric sequence with 1 4a and 2
4
5a .
58. Find the 28th term of the arithmetic sequence if 9 57a and 13 73a .
59. Find the 17th term of the geometric sequence if 5 64a and 8 91a .
60. Write the formula for the apparent nth term of the sequence: 5 7 9 11
, , , ,...2 6 24 120
61. Simplify:
3 !
6 !
n
n
Honors Algebra II Final Exam Review
62. Evaluate the following:
(a) 3 5 6i i (b) 3 2 2 5i i (c) 4
3
i
i
63. Given
2
2
19, 0
3
3 , 0
x xf x
x x
(a) Find 0f
(b) Is f x continuous?
64. What is an even function? An odd function?
65. Are the following functions even, odd, or neither?
(a) 6 4 23 7f x x x x
(b) 3
3 3 4 323 5
3g x x x x x x x
(c) 3 15 1
2h x x x
Honors Algebra II Final Exam Review
66. What does it mean for a function to be one-to-one?
67. Is f x below a one-to-one function? Why or why not?
68. You are given $5000 for a high school graduation gift. You decide to put the money into
a savings account.
(a) What amount do you have after 4 years if your account pays 6.5% interest compounded
quarterly?
(b) What amount do you have after ten years if your account pays 5.9% interest
compounded continuously?
(c) How long will it take to triple your money if the account pays 6.2% interest
compounded monthly?
69. What is the domain of 9 5y x ?
70. If 2i is a root of 3 23 4 12f x x x x , what are the other roots?
x 0 1 2 3 4
f(x) 0 1 1 5 3