| Scatterplot | | For all real numbers a, b, and c: ac bc = (a b)c and ac –bc = (a - b)c |
| Distributive Property for Like Terms | | For all real numbers a, b, and c: c (a b) = ca cb and c(a - b) = ca – cb |
| Adding Like Terms | | A plane in which every point can be identified by two numbers |
| Y-Coordinate | | For all real numbers a, b, and c: if a = b, then a c = b c |
| Property of Opposites | | An equation in which the variable or variables are all to the first power and none multiply each other |
| Addition Property of Equality | | The horizontal axis in a coordinate graph |
| Associative Property of Addition | | The vertical axis in a coordinate graph |
| Preimage | | The first coordinate of a point |
| Linear Expression | | For any real numbers a and b: a b = b a |
| Commutative Property of Addition | | For all real numbers a, b, and c: ac bc = (a b)c and ac –bc = (a - b)c |
| X-Axis | | The original figure before a transformation takes place |
| Coefficient | | A way of displaying data using rectangles or bars with lengths corresponding to the data |
| Additive Identity | | A set of numbers or objects in a specific order |
| Like Terms | | For any real numbers a, b, and c: (a b) c = a (b c) |
| FOR-NEXT loop | | A graph displaying points as ordered pairs or numbers |
| Additive Inverse | | The additive inverse of any real number x is –x |
| Opposite | | The same denominator for two or more fractions |
| Addition Property of Inequality | | A two- dimensional slide |
| Slide Model or Addition | | Two or more terms in which the variables and corresponding exponents are the same |
| Bar Graph | | A two- dimensional coordinate graph of individual points |
| Coordinate Graph | | The point (0, 0) on a coordinate plane |
| Axis | | A sequence of steps in a basic program that enables a producer to be repeated a certain umber of times |
| Additive Identity Property | | A flat surface that stretches forever in all directions |
| Stacked Bar Graph | | A number, a variable or a product of numbers and variables |
| Quadrant | | The numbers identified with a point in the coordinate plane |
| Distributive Property for Adding Fractions | | The second coordinate of a point |
| Opposite of Opposites Property | | The perpendicular number lines in a coordinate graph from which the coordinates of points are determined |
| Plane | | For any real number a: a -a = 0 |
| Translation | | For all real numbers a, b, and c: if a < b, then a c < b c |
| Term | | A situation in which numbers between two numbers have meaning |
| Image | | For any real number a: -(-a) = a |
| Coordinates | | An expression in which all variables are to the first power |
| Origin | | For any real number a: a 0 = a |
| Coordinate Plane | | A number multiplied by a variable or variables. In the term –6x, -6 is the coefficient of x |
| Common Denominator | | If a slide x is followed by a slide y. the result is the slide x y |
| Two-Dimensional Slide | | A display of data using rectangles or bars stacked on top of each other |
| Putting-Together Model for Addition | | If a quantity x is put together with a quantity y with the same units and if there is no overlap, then the result is the quantity x y |
| Linear Equation | | One of the four regions of the coordinate plane formed by the x- axis and the y- axis |
| Y-Axis | | The final figure resulting from a transformation |
| Continuous | | The opposite of any real number x is –x |
| Distributive Property for Removing Parentheses | | For all real numbers a, b, and c, with c not equal to 0, a/c b/c = a b/ c |
| X-Coordinate | | The number 0 |
| Sequence | | A transformation in which the image of (x, y) is (x h, y k) |
