Basic Terms
Types of Lines
Quadrilaterals
Solid Figures
Hodge Podge
100

One location in space with no length, height, or width

Point

100

Intersecting lines have ____ point(s) in common

One
100

A quadrilateral that has one pair of parallel sides

Trapezoid

100

A sphere has _____ faces, ____ edges, and _____ vertices

0, 0, 0

100

Pair

Set of 2

200

A collection of points that extends infinitely in both directions

Line

200

Parallel lines are always the ________ distance apart

Same
200

A quadrilateral that has opposite sides that are congruent and parallel


It has two pairs of parallel sides

Parallelogram

200

A cylinder has _____ faces, ____ edges, and _____ vertices

2, 0, 0

200

Congruent

SAME size/shape/length

300

A collection of points that has two endpoints

It is part of a line

Line Segment

300

Lines that never cross

Parallel lines

300

A quadrilateral that has four congruent sides and opposite sides are parallel

Rhombus

300

All rectangular prisms (to include a cube) have ___ faces, ____ edges, and ____ vertices

6, 12, 8

300

A right angle is ______ degrees

90

400

A collection of points that has one endpoint and extends infinitely in the other directions


It is part of a line

Ray

400

Lines that cross one time

Intersecting Lines

400

A quadrilateral that has opposite sides that are congruent and parallel and four right angles

Rectangle

400

A square pyramid has _____ faces, ____ edges, and _____ vertices

5, 8, 5

400

The sides of a plane figure are

Line Segments

500

Two rays meet to form an angle at this point 


This is the endpoint the two rays of the angle share

Vertex

500

A special type of intersecting lines that cross to form four right angles

Perpendicular Lines

500

A quadrilateral that has opposite sides that are parallel, four right angles, and all sides congruent

Square
500

Difference between plane figure and solid figure

Plane figures have length and height


Solid figures have length, height, and width

500
The flat sides of a solid figure are called

Faces


Can you think of the shape of the faces of each solid figure?

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