Linear functions can be used to model real world situations involving a constant rate of change.
To convert from standard form to slope intercept form, you solve the equation for y (isolate the y variable) using inverse operations.
To write an equation in slope intercept form, you need to determine rate of change (m) and y-intercept (b) and plug them into the equation y = mx+b.
Slope and y intercept can be used to model real world contexts and solve mathematical problems.
Linear Functions can be represented in various forms. To compare, you can find the rate of change and y intercept for each type.
Writing linear equations in slope intercept form can help us answer real world questions that are based off of linear functions.
The slope and y-intercept of a linear function can be represented in various ways, such as in a graph, table, equation, and in written contexts.
A linear equation is typically written as y=mx+b. In this equation, m represents the slope and b represents the y-intercept.
The slope, or rate of change, of a linear function can be found on a graph by taking the ratio of vertical change to horizontal change.
A relation is any set of data. For the relation to be a function, each input can only have one output. Linear functions are functions with a constant rate of change.
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March 2016
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