Respuesta :
Answer:
Changing g(x) to this form: a(x-h) + k, we have:
g(x) = 4 (x+3)^2 - 6
Comparing this to the original equation, f(x) = x^2, we have the following transformations:
The graph is widened.
The graph is shifted left 3 units.
Answer with explanation:
The given function is
f(x)=x²
y=x²
The vertex of the Original parabolic function is ,(0,0).
The graph of transformed function is:
[tex]g(x)=4 x^2 +24 x+30\\\\g(x)=4 \times (x^2+6 x+\frac{30}{4})\\\\y=4 \times [(x+3)^2-9+\frac{30}{4}]\\\\y=4 \times [(x+3)^2-\frac{6}{4}]\\\\y=4 \times (x+3)^2-6\\\\y+6=4 \times [(x+3)^2][/tex]
The Vertex of the transformed parabolic function is, (-3, -6).
So, the original function is transformed 3 units horizontally left, 6 units Vertically down and shrank vertically by a factor of 4.
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