If angle 1 and 2 form a right angle, then m∠1 + m∠2 = 90
Back
90
Front
supplementary angle of 90
Back
80
Front
supplementary angle of 100
Back
x = 35
Front
Solve for x
Back
angle addition postulate
Front
D is the interior of ∠ABC iff m∠ABD + m∠DBC = m∠ABC
Back
x=5
Front
Solve for x
Back
x = 21
Front
Solve for x
Back
135
Front
supplementary angle of 45
Back
65
Front
complimentary angle of 25
Back
Right angle
Front
B=90
Back
vertical angles theorem
Front
if two angles are verticle, then they are congruent
Back
75
Front
complimentary angle of 15
Back
ray
Front
a part of a line with one end point that extends forever Ex. AB (with one arrowhead direction on top)
Back
opposite rays
Front
2 rays that share the same endpoint but extend in opposite directions. They form a line
Back
Vertical Angles
Front
A pair of opposite congruent angles formed by intersecting lines
Back
30
Front
complimentary angle of 60
Back
43
Front
complimentary angle of 47
Back
complementary angles
Front
two angles with measures that have a sum of 90 degrees and don't have to be next to each other
Back
Adjacent angles
Front
two angles that lie in the same plane and have a common vertex and a common side, but no common interior points, formed by two intersecting lines
Back
70
Front
complimentary angle of 20
Back
Angle
Front
Two rays originating from the same endpoint
Back
Adjacent Angle
Front
Angles that have the same vertex, share a common side, and do not overlap.
Back
x = 8
Front
Solve for x
Back
Linear Pair
Front
Two adjacent angles that form a straight line
Back
Obtuse angle
Front
180> m∠C >90
Back
Linear pair
Front
a pair of adjacent angles with non common sides that are opposite rays (form a straight line), unlike supplementary they cant be separated, they form 180 degrees
Back
linear pair postulate
Front
If angles 1 and 2 form a linear pair, then m∠1 + m∠2 = 180
Back
x = 15
Front
Solve for x
Back
140
Front
supplementary angle of 40
Back
x = 10
Front
Solve for x
Back
Congruent supplements theorem
Front
angles supplementary to the same angle or to congruent angles are congruent. Ex. If angle 1 + angle 2= 180, and angle 2 and angle 3=180 then angle 1 is congruent to angle 3
Back
x = 105
Front
Solve for x
Back
Sides of an angle
Front
The rays of the angle, named just like a ray with commas in between them
Back
3 ways to name an angle
Front
1. Three letters, vertex in the middle, in all caps, Ex. ∠ABC
2. Vertex, if it is the only angle in the diagram. Ex. ∠B
3. Number, if it is given. Ex. ∠2
Back
vertical angles
Front
Two non-adjecent angles formed by two intersecting lines. They are across from one another and MUST be congruent
Back
supplementary angles
Front
two angles that add together to make 180 degree angle or a straight line
Back
x = 29
Front
Solve for x
Back
Acute angle
Front
B<90
Back
Congruent
Front
Having the same size and shape
Back
Vertex
Front
The endpoint or origin of an angle, measured in degrees. Ex. Vertex A
Back
x = 47
Front
Solve for x
Back
x = 17
Front
Solve for x
Back
33
Front
complimentary angle of 57
Back
x = 9
Front
Solve for x
Back
x = 25
Front
Solve for x
Back
160
Front
supplementary angle of 20
Back
vertically opposites
Front
vertical angles that are opposite to each other
Back
Supplementary Angles
Front
Two angles whose sum is 180 degrees (do not have to be adjacent)
Back
83
Front
complimentary angle of 7
Back
complimentary angles
Front
two angles that add together to make a 90 degree angle or a right angle
Back
Section 2
(50 cards)
9 Units
Front
What is the length of side AB with endpoints
A(-5, 3) and B(4, 3)?
Back
144⁰
Front
Back
180⁰
Front
Back
5
Front
Find the distance given the following end points.
(-2, 1) and (1, 5)
Back
18⁰
Front
Back
Point
Front
An exact position or location on a set of elements (a space, a plane)
Back
parallel lines
Front
a set of lines that is the same distance apart at all points and will never intersect
Back
∠GFA
Front
Back
∠AEC
Front
Back
127⁰
Front
Back
35⁰
Front
Back
∠BED
Front
Back
Definition of angle bisector
Front
A ray, segment, line that divides an angle into two congruent parts
Back
4
Front
Find the distance given the following end points.
(-6, -10) and (-2, -10)
Back
Definition of vertical angles
Front
Angle 1 and angle 2 are vertical angles iff they are nonadjacent angles formed by two intersecting lines
Back
∠BAC
Front
Back
7
Front
Find the distance given the following end points.
(-4, 2) and (3, 2)
Back
∠BAM
Front
Back
Definition of complementary
Front
Angle 1 and angle 2 are complementary iff m∠1 + m∠2 = 90
Back
will always be a positive answer
Front
Distance Formula
Back
5 units
Front
What is the length of line segment CD with endpoints (-3, 2) and (2, 2) as shown on the coordinate plane?
Back
(5, 1)
Front
Find the midpoint of the following endpoints.
(4, -6) and (6, 8)
Back
∠DEA
Front
Back
congruent complements theorem
Front
angles complementary to the same angle or to congruent angles are congruent
Back
Definition of supplementary
Front
Angle 1 and angle 2 are supplementary if and only if m∠1 + m∠2 = 180
Back
20
Front
Find the distance given the following end points.
(5, 9) and (-7, -7)
Back
90⁰
Front
Back
∠ABC
Front
Back
∠BCA
Front
Back
32 Square feet
Front
Shelbi is drawing plans for a garden, measured in feet, which is shown on the coordinate plane,
What is the area of Shelbi's garden in square feet?
Back
∠CEB
Front
Back
Will give you an ordered pair as an answer
Front
Midpoint Formula
Back
21 square units
Front
What is the area of the rectangle shown on the coordinate plane?
Back
∠HFM
Front
Back
∠GFC
Front
Back
3
Front
Find the distance given the following end points.
(-4, -1) and (-4, -4)
Back
<A
Front
Back
(-3, -3)
Front
Find the midpoint of the following endpoints.
(-1, -1) and (-5, -5)
Back
perpendicular lines
Front
a set of lines that intersect to form right angles
Back
(2, -2)
Front
Find the midpoint of the following endpoints.
(-1, 1) and (5, -5)
Back
70⁰
Front
Back
(5, 6)
Front
Find the midpoint of the following endpoints.
(2, 5) and (8, 7)
Back
2
Front
Find the distance given the following end points.
(-3, 4) and (-5, 4)
Back
Definition of linear pair
Front
Angle 1 and angle 2 are a linear pair if and only if the are a pair of adjacent angles with noncommon sides that are apposite rays.
Back
10
Front
Find the distance given the following end points.
(0, 0) and (6, 8)
Back
135⁰
Front
Back
(-1, 2)
Front
Find the midpoint of the following endpoints.
(-4, 2) and (2, 2)
Back
Definition of congruent angles
Front
angles that have the same measure
Back
80⁰
Front
Back
16 square units
Front
What is the area of the rectangle shown on the coordinate plane?
Back
Section 3
(22 cards)
Coplanar (Diagram)
Front
Back
Segment (notation)
Front
Back
Segment
Front
A set of points that extend from one point to another. It is finite in length.
Back
Opposite Rays (Diagram)
Front
Back
Congruent segments (Diagram)
Front
Back
Ray (Diagram)
Front
Back
Plane (Diagram)
Front
Back
Coplanar
Front
Belong to the same plane.
Back
Congruent segments
Front
Segments that have the same length.
Back
Plane
Front
A flat, infinite surface defined by three different points.
Back
Colinear (Diagram)
Front
Back
Line (notation)
Front
Back
Line
Front
An infinite set of points extending in opposite directions. The figure formed is defined by two points.
Back
Congruent Segments (notation)
Front
Back
Point (notation)
Front
Back
Ray
Front
A set of points that extend from one point to infinity.
Back
Opposite Rays
Front
Two rays with a common endpoint but that extend in opposite directions.