Determine which of the following four functions might be used as a model for the data: linear: f(x) = mx + b; quadratic: f(x) =

bx + c, a > 0; quadratic: f(x) = Determine which of the following four functions might be used as a model for the data: linear: f(x) = mx + b; quadratic: f(x) = bx + c, a > 0; quadratic: f(x) = + bx + c, a < 0; polynomial, not quadratic or linear. -Altitude in thousands Of feet Linear distance in miles A) + bx + c, a > 0 B) f(x) = mx + b C) Polynomial, not quadratic or linear D) + bx + c, a < 0

+ bx + c, a < 0; polynomial, not quadratic or linear.
-Altitude in Determine which of the following four functions might be used as a model for the data: linear: f(x) = mx + b; quadratic: f(x) = bx + c, a > 0; quadratic: f(x) = + bx + c, a < 0; polynomial, not quadratic or linear. -Altitude in thousands Of feet Linear distance in miles A) + bx + c, a > 0 B) f(x) = mx + b C) Polynomial, not quadratic or linear D) + bx + c, a < 0

thousands Of feet Linear distance in miles
A) Determine which of the following four functions might be used as a model for the data: linear: f(x) = mx + b; quadratic: f(x) = bx + c, a > 0; quadratic: f(x) = + bx + c, a < 0; polynomial, not quadratic or linear. -Altitude in thousands Of feet Linear distance in miles A) + bx + c, a > 0 B) f(x) = mx + b C) Polynomial, not quadratic or linear D) + bx + c, a < 0

+ bx + c, a > 0
B) f(x) = mx + b
C) Polynomial, not quadratic or linear
D) Determine which of the following four functions might be used as a model for the data: linear: f(x) = mx + b; quadratic: f(x) = bx + c, a > 0; quadratic: f(x) = + bx + c, a < 0; polynomial, not quadratic or linear. -Altitude in thousands Of feet Linear distance in miles A) + bx + c, a > 0 B) f(x) = mx + b C) Polynomial, not quadratic or linear D) + bx + c, a < 0

+ bx + c, a < 0

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