The Most Popular number (there can be more than one)
MODE
Anything times one = itself
Identity property
of multiplication
What shape is this?
How many Vertices/Edges/Faces?
A Rectangular Prism
Or A Cuboid
rectangular prism
Vertices: 8
Edges: 12
Faces: 6
A type of triangle
With all acute angles
(e.g. equilateral triangles are always acute angles)
Acute triangles
For 3D shapes
The flat surface of a 3D shape
Faces (3D)
The Middle Number (after you order the numbers smallest to largest)
MEDIAN
3 x 4=4 x 3
Commutative Property
of multiplication
What shape is this with a triangle base?
How many Vertices/Edges/Faces?
A Triangular Pyramid
Or A Tetrahedron
Vertices:4
Edges: 6
Faces: 4
A type of triangle
With one Right Angle
Right triangles
Two lines that will never intersect
Parallel Lines
: The Average -
When you add all the numbers and divide by the numbers in the set
MEAN
(3 x 4) x 5 = 3 x (4 x 5)
associtive
What shape is this?
How many Vertices/Edges/Faces?
A Triangular Prism
Vertices: 6
Edges: 9
Faces: 5
A type of triangle
With one Obtuse angle
Obtuse triangles
Lines that cross, making four right angles
Perpendicular Lines
the largest number minus the smallest number
Range
Distribute whatever is right outside the parentheses
3 ( 2 + w) = 6 + 3w
Distributive Property
of multiplication
What is this shape?
How many Vertices/Edges/Faces?
A Cube
Vertices: 8
Edges: 12
Faces: 6
A type of triangle
With two sides the same
And two angles the same
Isosceles
triangles
A quadrilateral with
Two sets of parallel sides
Each set is equal in length
Includes rectangles, squares, rhombus
Parallelograms
In coordinate plane, the Horizontal line
x axis
In the coordinate plane, the Vertical line
Y - axis
What shape is this with a square base?
How many Vertices/Edges/Faces?
A Square Pyramid
Vertices: 5
Edges: 8
Faces: 5
A type of triangle
Sides are all different lengths
And all different angles
Scalene
triangles
A closed shape
Only straight line segments (not round)
Can be regular (all sides same length)
Or Irregular (sides are different lengths)
POLYGONS