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Worksheets

Segments Proofs

Total questions: 12

Worksheet time: 12mins

Name
Class
Date
1.

If B is the midpoint of segment AC, then AB = BC.

a)

Definition of Congruent Segments

b)

Definition of Midpoint

c)

Vertical Angles Theorem

d)

Definition of Angle Bisector

2.

What is the reason?

a)

Definition of congrucent

b)

Definition of midpoint

c)

Definition of segment

d)

Segment Addition 

3.

What is the justification?

a)

Definition of Congruence

b)

Segment Addition Postulate

c)

Transitive Property of Congruence

d)

Definition of Midpoint

4.

If DA bisects IE, then

a)

ID=ED

b)

IA=EA

c)

<IDA=<EDA

d)

<IAD and <EAD are right angles

5.

What property makes this true?

a)

Reflexive Property

b)

Symmetric Property

c)

Transitive Property

d)

Segment Addition Postulate

6.

If L is the midpoint of TJ, what must be true?

a)

TL=JT

b)

JL=TJ

c)

TL=LJ

d)

T is also the midpoint of JL

7.

Name the property described:


If MN = OP and OP = QR, then MN = QR

a)

Reflexive Property

b)

Symmetric Property

c)

Transitive Property

d)

Addition Property

8.

What reason justifies statement #4?

a)

Definition of Midpoint

b)

Transitive Property

c)

Addition Property

d)

Segment Addition Postulate

e)

Substitution Property

9.

What reason justifies statement #5?

a)

Definition of Midpoint

b)

Transitive Property

c)

Addition Property

d)

Segment Addition Postulate

e)

Substitution Property

10.

What reason justifies statement #7?

a)

Definition of Midpoint

b)

Transitive Property

c)

Addition Property

d)

Segment Addition Postulate

e)

Substitution Property

11.

What reason justifies statement #2?

a)

Definition of Midpoint

b)

Transitive Property

c)

Addition Property

d)

Segment Addition Postulate

e)

Substitution Property

12.

What reason justifies statement #6?

a)

Definition of Midpoint

b)

Transitive Property

c)

Addition Property

d)

Segment Addition Postulate

e)

Substitution Property