the function y=cos(x) is dilated

  1. Compare the two tables and determine the value of kfor the dilated function g(x) which has been stretched horizontally from the
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    2. Blue Berry asked by Blue Berry
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  2. Use a graphing calculator to graph the original function y = -x - 4 and the verticallydilated function with a factor k = 6.
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  3. Use a graphing calculator to graph the original function y=1/2x − 4 and the vertically dilated function with a factor k=6.
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  4. Use a graphing calculator to graph the original function y=1/2x−4 and the vertically dilated function with a factor k=6.
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    2. Gunge Lord asked by Gunge Lord
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  5. Use a graphing calculator to graph the original function y=12x−4and the vertically dilated function with a factor k=6 .
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  6. Use a graphing calculator to graph the original function y=12x−4 and the vertically dilated function with a factor k=6.
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    2. Blue Berry asked by Blue Berry
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  7. Use a graphing calculator to graph the original function y=12x−4 and the vertically dilated function with a factor k=6.
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  8. Use a graphing calculator to graph the original function y=12x−4and the vertically dilated function with a factor k=6 .
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  9. Use a graphing calculator to graph the original function y=1/2x−4and the vertically dilated function with a factor k=6 .
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  10. Identify the factor k that would cause the vertical compression (solid line) to the dilated function (dotted line) Note it might
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