Ratios and Proportions
Triangles!
Similarity/Congruency
Perpendicular Bisectors
Potpourri
100

The value of x to make the proportion true.

x = 3

100

Find the measure of the missing angle.



The angle is 53 degrees.

100

The additional information is needed to show these triangles are CONGRUENT by Side-Side-Side.

UT = WX

100

What three (3) side lengths will be congruent to side BC?

AB, AD, and DC

100

Solve for x.


x=109

200

On a map, 1 inch represents 3 miles. Two cities are 12 miles apart. 

How far apart are they on the map?

4 inches apart

200

Find the value of x


X= 44

200

The additional information is needed to show these triangles are CONGRUENT by Side-Angle-Side.

Angle GIH = JHI

200

Assume length AC is 12 feet. If length BD is a perpendicular bisector, what is the length of DC?

6 feet

200

Solve for the variable x:

3(2x + 5) - 4x = 22

x= 3.5 or 7/2

300

The value of x to make the proportion true:

x = 0

300

Solve for X

x=14


300

Given that the triangles are SIMILAR, this is the length of line segment KJ.

22 units

300

What is the measure of angle CBD?

19 degrees

300

Find the measure of angle A and angle B

Angle A = 42 degrees

Angle B = 69 degrees

400

The two (2) values for x that makes the proportions true:

x = 35 or -35

400

Solve for x.

x=50

400

The value of x in the SIMILAR triangles shown.

x=4

400

What is the measure of angle BAC?

46 degrees

400

Find the lengths of all three (3) sides

XY = 29

YZ = 29

XZ = 48

500

Two triangular bridge supports are similar. One has a height of 6 ft and a base of 8 ft. The second has a base of 20 ft. 

How tall is the second support?

15 feet

500

Solve for the missing angles.

The missing angles are 70 degrees.

500

The value of the variable x to make the triangles SIMILAR.

NOTE: ST and DC are the shortest sides

x=8

500

Assume length AB is 13 meters and length AC is 20 meters. If length BD is a perpendicular bisector, what is the length of BD?

Approx. 8.3 meters long

500

Determine the translation rule for the two triangles shown below:

T(x+3, y-2)