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Polynomials
NCVPS Module 2
| Question | Answer |
|---|---|
| Another name for linear function, linear equation, line of best fit, goodness of line, least squares regression | Linear Regression |
| The way most linear regressions are written - y = mx + b where m is the slope and b is the y-intercept | Slope-intercept form |
| When the y increases as the x increases | positive slope |
| When the y decreases as the x increases | negative slope |
| This is when the y is 0. It's where the line crosses the x-axis | x-intercept |
| This is the variable that we have some control over. It's graphed on the x-axis | Independent Variable |
| This is the variable that is dependent on another variable. It's graphed on the y-axis | Dependent Variable |
| This is when the x is 0 and considered the starting point. It's where the line crosses the y-axis. | y-intercept |
| The rate of change, which is a ratio of the change in y's to the change in x's | slope |
| Any relationship between two variables | relation |
| A special type of relation where every value of the independent variable has one unique value of the dependent variable | function |
| A way to indicate that an equation is a function - f(x) | functional notation |
| A function whose graph is a single unbroken curve that you could draw without lifting your pencil from the paper | continuous |
| A visual test for functions. If you place a vertical line anywhere along the graph of a function , it will only intersect the function once. | Vertical Line Test |
| All the real number x-coordinates which can be used as the input of a function | domain |
| All the real number y-coordinates which are determined for the outputs of a function | range |