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Chapter 2 Review (No Proofs)

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Last updated over 3 years ago
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Use the pattern below for the next 2 questions.
1
Question 1
1.

Which of the following is the next figure in the pattern?

Use the pattern below for the next 2 questions.
1
Question 2
2.

Which of the following is the next figure in the pattern?

Use the pattern below for the next 2 questions.

17, 23, 29, 35, 41, _____, ______
1
Question 3
3.

Describe the pattern in words

1
Question 4
4.

Write the next 2 numbers in the pattern. Write your answer as _____, ______

Use the pattern below for the next 2 questions.

4, 7, 12, 19, 28, _____, ______
1
Question 5
5.

Describe the pattern in words

1
Question 6
6.

Write the next 2 numbers in the pattern. Write your answer as _____, ______

Use the pattern below for the next 2 questions.

2, -4, 8, -16, 32, _____, ______
1
Question 7
7.

Describe the pattern in words

1
Question 8
8.

Write the next 2 numbers in the pattern. Write your answer as _____, ______

Question 9
9.

Choose the correct counterexample for the following statement.

If B is between A and C, then AB = BC.

Question 10
10.

Choose the correct counterexample for the following statement.

The product of two positive numbers is greater than either number.

For the next 3 questions, the provided conditional statement is true. Consider eacn converse. If the converse is true, combine the statements and write them as a biconditional. If the converse is not true, provide a counterexample.
Question 11
11.

If it is a cat, then it is an animal.

Question 12
12.

A square has four right angles.

Question 13
13.

Complementary angles are two angles whose measures add to 90.

For the statement below, write the converse, the inverse, and the contrapositive.

If a polygon is a pentagon, then it has five sides.
1
Question 14
14.

Converse:

1
Question 15
15.

Inverse:

1
Question 16
16.

Contrapositive:

For the statement below, write the converse, the inverse, and the contrapositive.

If Mary lives in Minneapolis, then she lives in Minnesota.
1
Question 17
17.

Converse:

1
Question 18
18.

Inverse:

1
Question 19
19.

Contrapositive:

For the next 5 questions, determine of the statements represent the Law of Syllogism or the Law of Detachment. If possible, make a valid conclusion. If not, state NOT VALID.
Question 20
20.

If you want to receive your license, then you have to pass the driver's test. If you want to pass the driver's test, then you need to practice.

Question 21
21.

If the bus is late, then we will be late to school. If we are late for school, then we will receive a tardy.

Question 22
22.

If an animal is a snake, then it is a reptile. If an animal is a snake, then it has fangs.

Question 23
23.

If you go to the beach, then you will put on sunscreen. Alex went to the beach.

Question 24
24.

If you play fantasy football, then you must have a favorite player. Logan's favorite player is Drew Brees.

For the next 7 questions, determine if each statement is a TRUE biconditional.
Question 25
25.

Angles are vertical if and only if they are congruent.

Question 26
26.

Angles are supplementary if and only if they add to 180o.

Question 27
27.

Two lines are perpendicular if and only if they intersect at right angles.

Question 28
28.

Two rays have the same initial point if and only if they are opposite rays.

Question 29
29.

Two segments are congruent if and only if their lengths are equal.

Question 30
30.

Two angles are supplementary if and only if one of them is obtuse.

Question 31
31.

Two lines intersect if and only if they are perpendicular.

For the next 33 questions, name the property, definition, postulate, or theorem used to make the conclusion.
Question 32
32.

If \overline{HJ} \cong \overline{LM}, then \overline{LM} \cong \overline{HJ}.

Question 33
33.

If \angle{1} \cong \angle{2} and \angle{2} \cong \angle{4}, then \angle{1} \cong \angle{4}.

Question 34
34.

\angle{XYZ} \cong \angle{XYZ}

Question 35
35.

If \angle{1} and \angle{2} are right angles, then \angle{1} \cong \angle{2}.

Question 36
36.

If \angle{1} and \angle{2} are supplementary, and \angle{2} and \angle{3} are supplementary, then \angle{1} \cong \angle{3}.

Question 37
37.

If m\angle{A} = m\angle{B}, then \angle{A} \cong \angle{B}.

Question 38
38.

\angle{1} and \angle{2} are a linear pair.

Question 39
39.

If \angle{1} and \angle{2} are complementary, then m\angle{1} + m\angle{2} = 90o.

Question 40
40.

AB + BC = AC

Question 41
41.

If \angle{1} and \angle{2} are a linear pair, then m\angle{1} + m\angle{2} = 180o.

Question 42
42.

If x = 10 and x + y = 24, then 10 + y =24.

Question 43
43.

\angle{1} and \angle{2} are vertical angles.

Question 44
44.

If \angle{1} and \angle{2} are vertical angles, then m\angle{1} = m\angle{2}.

Question 45
45.

If AB = GH, then AB + 8 = GH + 8.

Question 46
46.

If \overleftrightarrow{YI} and \overleftrightarrow{ER} are perpendicular, then they form right angles.

Question 47
47.

If m\angle{A} + m\angle{A} + m\angle{A} = 48o, then 3(m\angle{A}) = 48o.

Question 48
48.

If \angle{2} and \angle{5} are complements, and \angle{7} and \angle{5} are complements, then \angle{2} \cong \angle{7}.

Question 49
49.

If 4a = 36, then a = 9.

Question 50
50.

\angle{ABD} + \angle{DBC} = \angle{ABC}

Question 51
51.

If m\angle{ABD} = 180o, then \angle{1} is a straight angle.

Question 52
52.

If \angle{1} and \angle{2} are a linear pair, then \angle{1} and \angle{2} are supplementary.

Question 53
53.

If \overrightarrow{ST} bisects \angle{VSQ}, then \angle{VST} \cong \angle{TSQ}.

Question 54
54.

If 8x + 17 = 25, then 8x = 8

Question 55
55.

If \angle{1} is a right angle, then m\angle{1} = 90o.

Question 56
56.

If RS = TU and TU = VW, then RS = VW.

Question 57
57.

9(v - 6) = 9v - 54

Question 58
58.

If M is the midpoint of AB, then AM = MB

Question 59
59.

If m\angle{1} + m\angle{2} = 180o, then \angle{1} and \angle{2} are supplementary.

Question 60
60.

If \frac{1}{2}(x - 4) = 16, then x - 4 = 32

Question 61
61.

If m\angle{1} is between 0o and 90o, then \angle{1} is acute.

Question 62
62.

GH + HJ = GJ

Question 63
63.

If \overleftrightarrow{LM} bisects \overline{TU} at point M, then TM = MU.

Question 64
64.

If then m\angle{1} + m\angle{2} = 90o, then \angle{1} and \angle{2} are complementary.