Vocab
Segments
What's Your Angle?
Draw Me!
Random Assortment
100

Defined as a having only position or being a dot.

point

100

B is between A and C, AC is 14, and BC is 11, find AB.

3

100

These are two angles whose measures have a sum of 90.

Complementary Angles

100

Draw a pair of vertical angles and mark all the congruent angles properly.

Diagram

100

If two lines intersect, what is the result?

A Point

200

Part of a line containing two endpoints and all points between them.

Segment

200

On a number line, Q= 18, and R= -7, what is |Q-R| or the distance between the points?

25

200

A pair of congruent angles on opposite sides of intersecting lines.

Vertical angles.

200

Construct collinear Points A, B and C where B is the midpoint.

Diagram; only one line

200

Where two planes intersect.

Line

300

Part of a line that consists of one endpoint and all points of the line extending in one direction.

Ray

300

A segment AB has a midpoint C. What is the distance of segment AB if AC is 5 units.

10 units

300

<P and <R are supplementary angles. If m<P = 80, what is m<R?

m<R = 100

300

Draw a pair of adjacent angles that are also complementary.

Drawing.

300

A plane can be called by one letter or ______ _______ letters 

3 capital

400

The point of a line segment that divides it into two parts of the same length or congruent lengths.

Midpoint

400

True or False. There exist a segment in all lines.

True
400

In complementary angles ∠A and ∠B, m∠A = 2x+5 and m∠B= 5x+1. Solve for x. 

x = 12

400

Create a segment MN bisected with ray AB.

Tick marks or it doesn't count.

400

What is a possible measure of an obtuse angle?

91 to 179

500

A ___________ is a line, segment, point, or ray that divides a figure into two congruent figures.

Bisector

500

True or False. A line can be contained in a segment.

False

500

Solve for x if, m∠KLM = 18x - 4, m∠KLB= 3x-4, and m∠MLB = 150.

x = 10

500

Construct two planes M and N intersecting at line AB.

Drawing; intersection should be a line.

500

Is the measure of AB equal or congruent to the measure of CD?

Congruent