2-857" Mon May knewton.com "Graph= f ! Lf(), shown in red; by determining how = stretch or The graph of y f() is shown in blue. Draw the compression that will transform the location of the indicated blue points. Drag the movable red points to the desired coordinates. You may click on point t0 venty its coordinates.
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The graph of y = f(x) is shown in blue. Draw the graph of y = 2f(x) shown in red by determining how stretch or compression will transform the location of the indicated blue points. Drag the movable red points to the desired coordinates. You may click on a point to verify its coordinates.
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Question: The graph of f(x) is shown in blue. Draw the graph of y = f(3x), shown in red, by determining how stretching or compression will transform the location of the indicated blue points. Drag the movable red points to the desired coordinates. Hint: Drag the red dot to where you think it should be. It will fall into the correct place if you are right. You may click on a point to verify its coordinates. Provide your answer below:
Supreeta N.
Exer. 13-26: Sketch, on the same coordinate plane, graphs of f for the given values of c. (Make use of symmetry, shifting, stretching, compressing, or reflecting.) 13 f(x) = |x| + c; c = -3, 1, 3 14 f(x) = |x - c|; c = -3, 1, 3 15 f(x) = -x^2 + c; c = -4, 2, 4 16 f(x) = 2x^2 - c; c = -4, 2, 4 17 f(x) = 2sqrt(x) + c; c = -3, 0, 2 18 f(x) = sqrt(9 - x^2) + c; c = -3, 0, 2
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