A _____________ duty is a role whose dominion may be written in the form f(x) = mx + b wherein m and b are real numbers.

You are watching: A function of the form f(x) = mx + b, where m and b are real numbers, is called a _____ function.

A linear role is a duty whose preeminence may be written in the kind _____________ whereby m and also b are actual numbers.

A linear role is a _____________ whose preeminence may be written in the type f(x) = mx + b wherein m and also b are actual numbers.

The graph of an equation the the form _____________ is a vertical line with the suggest (0, k) conversely, the equation for the vertical line with the point (0, k) is x = k.

The graph of an equation that the type x = k is a _____________ line v the suggest (0, k) conversely, the equation for the vertical line with the point (0, k) is x = k.

The graph of an equation that the form x = k is a vertical line with the point _____________ vice versa, the equation because that the vertical line v the point (0, k) is x = k.

The graph of an equation of the type x = k is a vertical line v the allude (0, k) conversely, the equation because that the vertical line with the allude _____________ is x = k.

The graph of an equation that the kind x = k is a upright line with the allude (0, k) vice versa, the equation because that the vertical line v the suggest (0, k) is _____________.

The _____________ the a linear duty is a non-vertical line and conversely every non-vertical line is the graph of a linear function.

The graph that a _____________ is a non-vertical line and conversely every non-vertical line is the graph that a direct function.

The graph that a linear function is a _____________ line and also conversely every non-vertical heat is the graph of a direct function.

The graph that a linear function is a non-vertical line and conversely every _____________ line is the graph that a linear function.

The graph that a linear duty is a non-vertical line and also conversely every non-vertical line is the graph the a _____________.

The _____________ type for the equation of a line is y = mx + b whereby m and also b are real numbers representing the slope and y-intercept respectively.

The slope-intercept type for the equation the a heat is _____________ where m and b are real numbers representing the slope and y-intercept respectively.

The slope-intercept form for the equation the a line is y = mx + b wherein m and b are actual numbers. M to represent the _____________ and y represents the y-intercept.

The slope-intercept type for the equation that a line is y = mx + b wherein m and also b are real numbers. M to represent the slope and also y represents the _____________.

The _____________ the the line through two clues (x₁, y₁) and (x₂, y₂) is provided by the formula displayed above.

The slope of the line with two point out _____________ and also (x₂, y₂) is provided by the formula shown above.

The slope of the line with two clues (x₁, y₁) and also _____________ is offered by the formula displayed above.

The slope of the line through two points (x₁, y₁) and (x₂, y₂) is provided by the _____________ displayed above.

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The slope of the _____________ v two clues (x₁, y₁) and (x₂, y₂) is offered by the formula displayed above.

A linear function is raising or decreasing counts on the leading coefficient (the steep m) when the ascendancy for f is created in the form f(x) = mx + b. F is _____________ if m > 0 f is decreasing if m f is constant if m = 0

A linear duty is boosting or decreasing depends on the leading coefficient (the slope m) once the ascendancy for f is written in the type f(x) = mx + b. F is raising if m > 0 f is _____________ if m f is constant if m = 0

A linear function is raising or decreasing depends on the leading coefficient (the slope m) as soon as the ascendancy for f is composed in the type f(x) = mx + b. F is raising if m > 0 f is to decrease if m f is _____________ if m = 0

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