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- 1. Multiple Choice
For any two points, there is a unique line through them
always
sometimes
never
- 2. Multiple Choice
a plane may contain no more than 2 points
always
sometimes
never
- 3. Multiple Choice
A line must have at least 2 points.
Always
Sometimes
Never
- 4. Multiple Choice
When two lines intersect it is ____________ at a point.
always
sometimes
never
Only when I wear a striped sweater
- 5. Multiple Choice
The intersection of two planes is always a ____________.
point
line
plane
no possible
- 6. Multiple Choice
A line must have at least _____ points.
1
2
3
4
- 7. Multiple Choice
A ________ has at least three __________ points.
plane; collinear
line; collinear
plane; non-collinear
line; non-collinear
- 8. Multiple Choice
True
False
- 9. Multiple ChoiceA rule that is accepted without proofpostulatetheoremproofconditional statement
- 10. Multiple Choice
Which Postulate/Definition would you use to find HG?
Segment Addition Postulate
Angle Addition Postulate
Definition of Segment Bisector
Definition of Angle Bisector
- 11. Multiple Choice
Which of the following theorems/postulates would verify that ∠COB & ∠AOD are congruent?
Straight Angle Theorem
Congruent Compliments Theorem
Vertical Angles Theorem
Linear Pair Theorem
- 12. Multiple Choice
If AB=50, which definition would explain why AM=25?
Definition of Congruent
Definition of Midpoint
Definition of Segment
- 13. Multiple Choice
If m∠XUZ = 123° and m∠ZUY = 45°, which definition/postulate explains why m∠XUY = 78°?
Definition of Segment Bisector
Definition of Angle Bisector
Angle Addition Postulate
Segment Addition Postulate
- 14. Multiple Choice
Given that ∠ABD ≅∠CBE, what definition allows you to conclude that m∠ABD=m∠CBE?
Definition of Angle Bisector
Definition of Segment Bisector
Definition of Midpoint
Definition of Congruent
- 15. Multiple ChoiceIdentify the property you would use to solve this equation:
4x = 72Addition Property of EqualitySubtraction Property of EqualityMultiplication Property of EqualityDivision Property of Equality - 16. Multiple Choice
Identify the property you would use to solve this equation:
y – 7 = 28
Addition Property of Equality
Subtraction Property of Equality
Multiplication Property of Equality
Division Property of Equality
- 17. Multiple Choice
What property would I use to solve this equation?
7 + x = 14
Multiplication Property of Equality
Subtraction Property of Equality
Division Property of Equality
Substitution Property of Equality
- 18. Multiple ChoiceIf 3x = 15, then x = 5Subtraction Property of EqualityAddition Property of EqualityDivision Property of EqualityMultiplication Property of Equality
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