Solve.
-Find the values of $a , b$, and $c$ such that the equation $y = a x ^ { 2 } + b x + c$ has ordered pair solutions $( - 2,1 ) , ( - 1,4 )$, and $( 2 , - 11 )$.
A) $\mathrm { a } = - 2 ; \mathrm { b } = 3 ; \mathrm { c } = - 3$
B) $\mathrm { a } = 2 ; \mathrm { b } = 3 ; \mathrm { d } = - 3$
C) $a = 2 ; b = - 3 ; c = 3$
D) $a = - 2 ; b = - 3 ; c = 3$

Question

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The Answer of Solve.
-Find the values of $a , b$, and $c$ such that the equation $y = a x ^ { 2 } + b x + c$ has ordered pair solutions $( - 2,1 ) , ( - 1,4 )$, and $( 2 , - 11 )$.
A) $\mathrm { a } = - 2 ; \mathrm { b } = 3 ; \mathrm { c } = - 3$
B) $\mathrm { a } = 2 ; \mathrm { b } = 3 ; \mathrm { d } = - 3$
C) $a = 2 ; b = - 3 ; c = 3$
D) $a = - 2 ; b = - 3 ; c = 3$

Solve -Find the Values Of a a,ba , ba,b , And ccc

Solve
-Find the Values Of a $a , b$ , And $c$