A. Introducing Quadratic Functions
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A. Introducing Quadratic Functions
Just as all graphs of all
linear functions
are straight lines, the graphs of all
quadratic functions
are parabolas. In the same way that
linear functions
are unique, depending on the slope and the \(y\)-intercept,
quadratic functions
are unique depending on the location of the vertex and the value of the
variable
, \(a \), in the
equation
\(f(x) = a(x - p)^2 + q \). In the Investigation above, you examined characteristics of the most basic quadratic function, \(y = x^2 \). In Example 1, you explore the change in characteristics for the graph of a more complex quadratic function.