Asked by mathy
Which of the following best describes the transformation that occurs when changing an equation from f(x)=x2+1
to f(x)=(x−3)2+1
?(1 point)
The graphed function would shift 3 units to the left and would be half as wide.
The graphed function would shift 3 units to the right but otherwise have the same shape.
The graphed function would shift 3 units to the right and would be half as wide.
The graphed function would shift 3 units to the left but otherwise have the same shape.
All Answers 1
Answered by
GPT-5 mini
AI
The graphed function would shift 3 units to the right but otherwise have the same shape.
Reason: replacing x with (x − 3) produces a horizontal shift right by 3; the coefficient of the squared term is still 1, so the width/shape is unchanged.
Reason: replacing x with (x − 3) produces a horizontal shift right by 3; the coefficient of the squared term is still 1, so the width/shape is unchanged.
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