Use the ordered pairs $(2,14.74),(6,11.46)$, and $(8,12.94)$ to find a quadratic function that models the data. Round the values of $a, b$, and $c$ to two decimal places.
A) $y=2.9 x^{2}-0.26 x+19.50$
B) $y=-2.90 x^{2}+0.26 x+19.50$
C) $y=-2.90 x^{2}+0.26 x+20.5$
D) $y=0.26 x^{2}-2.90 x+19.50$

Question

Use the ordered pairs $(2,14.74),(6,11.46)$, and $(8,12.94)$ to find a quadratic function that models the data. Round the values of $a, b$, and $c$ to two decimal places.
A) $y=2.9 x^{2}-0.26 x+19.50$ 
B) $y=-2.90 x^{2}+0.26 x+19.50$ 
C) $y=-2.90 x^{2}+0.26 x+20.5$ 
D) $y=0.26 x^{2}-2.90 x+19.50$

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The Answer of 
Use the ordered pairs $(2,14.74),(6,11.46)$, and $(8,12.94)$ to find a quadratic function that models the data. Round the values of $a, b$, and $c$ to two decimal places.
A) $y=2.9 x^{2}-0.26 x+19.50$ 
B) $y=-2.90 x^{2}+0.26 x+19.50$ 
C) $y=-2.90 x^{2}+0.26 x+20.5$ 
D) $y=0.26 x^{2}-2.90 x+19.50$

Use the Ordered Pairs (2,14.74),(6,11.46)(2,14.74),(6,11.46)(2,14.74),(6,11.46) , And (8,12.94)(8,12.94)(8,12.94) To Find a Quadratic Function That Models the Data

Use the Ordered Pairs $(2,14.74),(6,11.46)$ , And $(8,12.94)$ To Find a Quadratic Function That Models the Data