Algebra 1 Chapter 11 Practice Test
Algebra 1 Chapter 11 Practice Test
Algebra 1 Chapter 11 Practice Test
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<strong>Algebra</strong> 1 <strong>Chapter</strong> <strong>11</strong> <strong>Practice</strong> <strong>Test</strong><br />
Replace the __?__ with , or = to make a true statement.<br />
1.<br />
17 15<br />
______<br />
23 19<br />
2. 197 2 ______ 33<br />
6 7<br />
Arrange each group of numbers in order from least to greatest.<br />
3.<br />
39 41<br />
5 2 <strong>11</strong> 12<br />
− , −4.7,<br />
− 4. , , ,<br />
8 9<br />
7 3 15 17<br />
Find the number halfway between the given numbers.<br />
5.<br />
27 31<br />
and 6.<br />
41 37<br />
2 1<br />
− 5 and9<br />
7 4<br />
Express each rational number as a terminating or repeating decimal.<br />
7. 4 9<br />
8.<br />
<strong>11</strong><br />
3 20<br />
9. 41<br />
55<br />
Express each rational number as a fraction in simplest form.<br />
10. 0.77 <strong>11</strong>. 0.6 12. 2.37<br />
Express both numbers as fractions. Then find their product.<br />
13. 2 0.63<br />
5 and 14. 2<br />
0.4 and<br />
3
Find the indicated square roots.<br />
15. 441 16. 2704 17. 10816<br />
18. 0.64 19. 0.0144 20.<br />
81<br />
225<br />
21.<br />
324<br />
1936<br />
22.<br />
320<br />
405<br />
Simplify.<br />
23. 63 24. 2 52 25. 5 175<br />
26. 192 27. 224<br />
Approximate to the nearest tenth by using a calculator.<br />
28. 720 29. 440 30. − 5400<br />
Simplify.<br />
31.<br />
2<br />
169m 32.<br />
4<br />
125x 33.<br />
−<br />
6<br />
36t
34.<br />
4 6<br />
324r s 35.<br />
x<br />
2<br />
+ 8x+ 16<br />
36.<br />
a<br />
2<br />
− 4a+<br />
4<br />
Find both roots of each equation to the nearest tenth.<br />
37.<br />
2<br />
a = 132<br />
38.<br />
2<br />
b − =<br />
208 0<br />
Refer to the right triangle shown at the right. Find the missing length to the nearest hundredth.<br />
39. a = 3, b = 4, c = ? 40. a = 5, b = 8, c = ? 41. a = 8, b = ?, c = 16<br />
State whether or not the three numbers given could represent the lengths of the sides of a right triangle.<br />
42. 21,28,35 43. 9,9,12 44. 45,60,75<br />
Simplify.<br />
45. 3⋅ 4 3<br />
46. 2 5⋅ 3 5<br />
47. 7⋅ 6⋅<br />
2<br />
48.<br />
7 45<br />
⋅ 49.<br />
5 14<br />
5 4<br />
12 20<br />
5 ⋅ 2<br />
50.<br />
6 7<br />
4 3
Simplify. Assume all variables represent positive real numbers.<br />
2<br />
51. ( 3 y)( − 5 xy)<br />
52. n( n )<br />
3 + 3<br />
Simplify.<br />
53. 9 3− 5 3<br />
54. 7 2+ 6 2<br />
55. 3 54 − 2 6<br />
56. −10 18 − 5 32<br />
57.<br />
8 −<br />
5<br />
6<br />
Simplify.<br />
58. ( 5− 3)( 5+ 3)<br />
59. ( 7+ 6)( 7 − 6)<br />
60. ( 4+<br />
2) 2<br />
61. ( 4 5− 6)( 2 7+<br />
7)<br />
Rationalize the denominator of each fraction.<br />
62.<br />
5<br />
3+<br />
7<br />
Solve.<br />
63. m = 7<br />
64.<br />
3<br />
6x = 65. a − 5=<br />
4<br />
2
x<br />
66. = 6<br />
67. n − 2 = 9<br />
68. 4 5t = 8<br />
3<br />
69. 3z + 2= 5<br />
70. 8 n = 24 5