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WorksheetsMATH 8 LONG QUIZ(1) 3rd Quarter
Total questions: 34
Worksheet time: 1hrs 18mins
Match the description in the 1st Column with the terms of Geometry in the 2nd Column.
LINE
Can extends infinitely in both directions.
ANGLE
A combination of two rays with a common endpoint.
SEGMENT
Bounded by two distinct points on a line.
MIDPOINT
A point at the exact middle of a line segment.
OBTUSE ANGLE
An angle that measures more than 90° but less than 180°.
Match the description in the 1st Column with the terms of Geometry in the 2nd Column.
supplementary angles
Two angles whose measures have a sum of 180°.
ray
part of a line that has a fixed starting point but no endpoint
reflex angle
An angle that measures more than 180° but less than 360°
adjacent angle
Have a common side and a common vertex but no interior points in common.
right angle
An angle that measures at exactly 90°
Match the description in the 1st Column with the terms of Geometry in the 2nd Column.
complementary angles
Two angles whose measures have the sum of 90°.
straight angle
An angle that measures at exactly 180°.
vertical angles
Two nonadjacent angles formed by two intersecting lines.
acute angle
An angle that measures less than 90°.
perpendicular lines
Two lines that intersect to form right angles.
Set of points that do not lie in the same plane.
collinear
noncollinear
coplanar
noncoplanar
Set of points, that lie on the same line.
collinear
noncollinear
coplanar
noncoplanar
Points that lie in the same plane.
collinear
noncollinear
coplanar
noncoplanar
Points that do not lie on the same line.
collinear
noncollinear
coplanar
noncoplanar
Two rays that share a common endpoint and extend in opposite directions.
rays
angle bisector
midpoint
opposite rays
Divides an angle into two congruent parts.
rays
angle bisector
midpoint
opposite rays
Divides a segment into two congruent parts.
rays
angle bisector
midpoint
opposite rays
Through any two points, there exist exactly one line.
Postulate 1-1
Postulate 1-2
Postulate 1-3
Postulate 1-4
Two lines intersect at exactly one point.
Postulate 1-1
Postulate 1-2
Postulate 1-3
Postulate 1-4
Three noncollinear points at exactly one plane.
Postulate 1-1
Postulate 1-2
Postulate 1-3
Postulate 1-4
Postulate that states that points on a line can be paired with real numbers.
Segment Addition Postulate
Ruler Postulate
Angle Addition Postulate
Protractor Postulate
Which of the following does not belong to the group of triangle congruence postulates?
ASA
SAS
SSS
SSA
What does S in the ASA Postulate stand for?
Shortest Side
Included Side
Opposite side
Included Angle
In the SAS Postulate, what does A refer to?
Smallest Angle
Largest Angle
Opposite Angle
Included Angle
According to which postulate, angles are similar if some pair of adjacent angles and their included angle is congruent?
SSS
ASA
SAS
AAA
Which postulate states that triangles are consistent if three with one triangle are consistent to three sides of another triangle?
SSS
ASA
SAS
AAA
Which postulate states that triangles are consistent if any two angles as well as their included side in the triangles are equal?
SSS
ASA
SAS
AAA
In the triangle ABC, which of the following is the included angle of the sides AB and BC?
∠𝐴
∠B
∠C
∠B & ∠C
Consider the triangle DEF, what is the included side of angles D and E?
DE
EF
FD
DE & EF
If SAS is to be used to illustrate that the two triangles are congruent, which information is needed?
∠𝐴 ≅ ∠𝐹
∠𝐵 ≅ ∠𝐷
∠𝐶 ≅ ∠𝐸
𝐵𝐶 ≅ 𝐷𝐸
A side from SAS Postulate, SSS may also be possible to use to show that the triangles are congruent. Which corresponding parts are needed?
∠𝐴 ≅ ∠𝐹
∠𝐵 ≅ ∠𝐷
∠𝐶 ≅ ∠𝐸
𝐵𝐶 ≅ 𝐷𝐸
Find m∠JKL if m∠SKL = 31° and m∠JKS = 52°.
20°
83°
84°
82.5
If line BK is the angle bisector of the ∠𝐾𝐵𝐶. Find 𝑚∠𝐴𝐵𝐶 if 𝑚∠𝐴𝐵𝐾 = 55°
27°
27. 5
110°
110.5°
If the sum of 𝑚∠𝐵𝐽𝐾 and 𝑚∠𝐵𝐽𝐼 is 163° . Find the value of 𝑚∠𝐵𝐽𝐾 if 𝑚∠𝐵𝐽𝐼 is 27.
125°
137°
136°
126°
Find the distance of segment RT.
24.5 units
23.5 units
26.5 units
25.5 units
Find the length of BC
39 units
29 units
79 units
69 units
Find MN.
18 units
18.5 units
19 units
19.5 units
Use the figure to name a pair of:
Complementary angles = ∠_ & ∠_
(a)
Use the figure to name a pair of:
Vertical angles = ∠_ & ∠_
(a)
If PR = 45, find the value of PQ.
(a)
B is the midpoint of SA . Solve for x then find SB.
(a)
