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4th Six weeks Review

Total questions: 44

Worksheet time: 1hrs 20mins

Name
Class
Date
1.
State the postulate that proves these triangles are similar.
a)
SSS
b)
SAS
c)
AA
d)
Not similar
2.
State the postulate that proves these triangles are similar.
a)
SSS
b)
AA
c)
SAS
d)
Not similar
3.
State the postulate that proves these triangles are similar.
a)
SSS
b)
AA
c)
SAS
d)
Not similar
4.
Find side length X.
a)
16
b)
18
c)
2.4
d)
15
5.
Find side length X.
a)
22.5
b)
10
c)
9
d)
7.5
6.
Name a midsegment of ⌂ABC
a)
segment AC
b)
segment DE
c)
segment AB
d)
segment BC
7.
Does GH = 1/2DF?.
a)
no
b)
yes
8.
QR is a midsegment of triangle WUV. What is the length of segment QR?
a)
4
b)
8
c)
16
d)
32
9.
QR is a midsegment of triangle FGH. Solve for the value of x?
a)
5.5
b)
11
c)
-5.5
d)
-11
10.
Which quadrilateral has only ONE pair of parallel sides?
a)
square
b)
rectangle
c)
trapezoid
d)
parallelogram
11.
What do we call a shape with two pairs of parallel lines?
a)
A trapezoid
b)
A rhombus
c)
A ray
d)
A parallelogram
12.
Which is NOT a property of a parallelogram?
a)
Diagonals bisect each other
b)
Diagonals are congruent
c)
Both pairs of opposite sides are parallel
d)
Both pairs of opposite angles are congruent
13.
The opposite angles of a parallelogram are ...
a)
complementary
b)
congruent
c)
supplementary
d)
perpendicular
14.
In a parallelogram, diagonals are __________.
a)
perpendicular
b)
bisected
c)
congruent
d)
parallel
15.
The figure is a parallelogram.  
Solve for x.  
a)
1
b)
11
c)
7
d)
6
16.
The figure is a parallelogram.  
Solve for x.  
a)
7
b)
2
c)
0
d)
4
17.
Which shape is NOT a type of parallelogram?
a)
trapezoid
b)
rectangle
c)
rhombus
d)
square
18.
3 angles of a quadrilateral are 110, 120 and 50.  What is the measure of the 4th angle?
a)
60
b)
70
c)
80
d)
130
19.
Diagonals are congruent in all  ________.
a)
quadrilaterals
b)
rectangles
c)
rhombuses
d)
parallelograms
20.
BCDE is square.  Find m∠BFC
a)
45
b)
90
c)
180
d)
40
21.
A square is a rectangle.
a)
Always
b)
Sometimes
c)
Never
22.
Parallelograms are ...
a)
triangles
b)
quadrilaterals
c)
pentagons
d)
hexagons
23.
The figure is a parallelogram.  
Solve for x.  
a)
7
b)
1
c)
5
d)
2
24.

Which of the following statements is false?

a)

a kite has no parallel sides

b)

a kite has one pair of congruent angles

c)

the diagonals of a kite are perpendicular

d)

the diagonals of a kite are congruent

25.
The diagonals in a kite  __________.
a)
are perpendicular
b)
are congruent
c)
bisect each other
26.
Which of the following statements is true?
a)
the diagonals bisect each other
b)
the diagonals are congruent
c)
∠B and ∠D  are congruent
d)
DB bisects AC
27.
Find the value of x.
a)
23
b)
28
c)
30
d)
Cannot be determined
28.
Find the value of x.
a)
18.5
b)
8
c)
11
d)
None of the above.
29.
Find the measure of the x (midsegment):
a)
25
b)
9
c)
12
d)
15
30.
If Z is the centroid, what type of segments are drawn?
a)
angle bisectors
b)
perpendicular bisectors
c)
altitudes
d)
medians
31.
The figure is an example of a(n) ...
a)
angle bisector
b)
perpendicular bisector
c)
median
d)
midsegment
32.

What type of special segment is shown?

a)

Median

b)

Perpendicular Bisector

c)

Angle Bisector

d)

Altitude

33.

What type of special segment is shown?

a)

Angle Bisector

b)

Altitude

c)

Median

d)

Perpendicular Bisector

34.

What type of special segment is shown?

a)

Altitude

b)

Median

c)

Perpendicular Bisector

d)

Angle Bisector

35.

What is this point of concurrency?

a)

Centroid

b)

Circumcenter

c)

Orthocenter

d)

Incenter

36.

What is this point of concurrency?

a)

Circumcenter

b)

Orthocenter

c)

Centroid

d)

Incenter

37.

What is this point of concurrency?

a)

Centroid

b)

Circumcenter

c)

Orthocenter

d)

Incenter

38.

What is this point of concurrency?

a)

Incenter

b)

Centroid

c)

Orthocenter

d)

Circumcenter

39.

Which point of concurrency is equidistant from the three vertices of a triangle?

a)

Circumcenter

b)

Centroid

c)

Orthocenter

d)

Incenter

40.

Which point of concurrency is equidistant from the three sides of a triangle?

a)

Incenter

b)

Centroid

c)

Circumcenter

d)

Orthocenter

41.

It divides each median into two sections at a 2:1 ratio.

a)

circumcenter

b)

incenter

c)

centroid

d)

orthocenter

42.

Name the point of concurrency shown.

a)

circumcenter

b)

incenter

c)

centroid

d)

orthocenter

43.

Name the point of concurrency shown.

a)

circumcenter

b)

incenter

c)

centroid

d)

orthocenter

44.

Name the point of concurrency shown.

a)

circumcenter

b)

incenter

c)

centroid

d)

orthocenter