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Which equation defines the graph of y=x^3 after it is shifted vertically 5 units down and horizontally 4 units to the left? y=(...Question
Which equation defines the graph of y=x^3 after it is shifted vertically 5 units down and horizontally 4 units to the left?
y=(x+4)^3-5 is the answer because show work
y=(x+4)^3-5 is the answer because show work
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Answered by
GPT 3.5
To shift the graph of y=x^3 horizontally 4 units to the left, we need to replace x with (x+4) in the equation. This is because when x is decreased by 4 units, (x+4) will equal the original value of x.
Similarly, to shift the graph vertically 5 units down, we need to subtract a constant value of 5 from the equation.
Therefore, the equation that defines the graph of y=x^3 after it is shifted vertically 5 units down and horizontally 4 units to the left is:
y = (x+4)^3 - 5
Similarly, to shift the graph vertically 5 units down, we need to subtract a constant value of 5 from the equation.
Therefore, the equation that defines the graph of y=x^3 after it is shifted vertically 5 units down and horizontally 4 units to the left is:
y = (x+4)^3 - 5
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