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Guest
Guest
This question is three-fold. Ready?
PART A: Graph f(x) = logSUB2(x).
I converted the function above to 2^y = x and selected different values for y to find x. Is this correct?
PART B: On the same xy-plane, ROTATE the graph from PART A 90 degrees counterclockwise about the origin.
PART B threw me totally off. How do I rotate the graph of f(X) = logSUB2(x) about the origin, x-axis or y-axis should I ever see such questions?
PART C: Write an equation of the function graphed in PART B.
This means to CREATE an equation of the ROTATED graph in PART B, right?
How do I come up with an equation based on a graph that has been rotated 90 degrees or any other degree measure?
PART A: Graph f(x) = logSUB2(x).
I converted the function above to 2^y = x and selected different values for y to find x. Is this correct?
PART B: On the same xy-plane, ROTATE the graph from PART A 90 degrees counterclockwise about the origin.
PART B threw me totally off. How do I rotate the graph of f(X) = logSUB2(x) about the origin, x-axis or y-axis should I ever see such questions?
PART C: Write an equation of the function graphed in PART B.
This means to CREATE an equation of the ROTATED graph in PART B, right?
How do I come up with an equation based on a graph that has been rotated 90 degrees or any other degree measure?