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Describe the Relationship Between and

Question 42

Multiple Choice

Describe the relationship between Describe the relationship between and . Consider amplitude, period, and shifts. A) The period of g(x) is seven times the period of f(x) .Graph of g(x) is shifted unit(s) relative to the graph of f(x) . B) The amplitude of g(x) is seven times the amplitude of f(x) .Graph of g(x) is shifted unit(s) relative to the graph of f(x) . C) The period of g(x) is seven times the period of f(x) .Graph of g(x) is shifted unit(s) relative to the graph of f(x) . D) The amplitude of g(x) is seven times the amplitude of f(x) .Graph of g(x) is shifted unit(s) relative to the graph of f(x) . E) The period of g(x) is eleven times the period of f(x) .Graph of g(x) is shifted unit(s) relative to the graph of f(x) . and Describe the relationship between and . Consider amplitude, period, and shifts. A) The period of g(x) is seven times the period of f(x) .Graph of g(x) is shifted unit(s) relative to the graph of f(x) . B) The amplitude of g(x) is seven times the amplitude of f(x) .Graph of g(x) is shifted unit(s) relative to the graph of f(x) . C) The period of g(x) is seven times the period of f(x) .Graph of g(x) is shifted unit(s) relative to the graph of f(x) . D) The amplitude of g(x) is seven times the amplitude of f(x) .Graph of g(x) is shifted unit(s) relative to the graph of f(x) . E) The period of g(x) is eleven times the period of f(x) .Graph of g(x) is shifted unit(s) relative to the graph of f(x) . . Consider amplitude, period, and shifts.


A) The period of g(x) is seven times the period of f(x) .Graph of g(x) is shifted Describe the relationship between and . Consider amplitude, period, and shifts. A) The period of g(x) is seven times the period of f(x) .Graph of g(x) is shifted unit(s) relative to the graph of f(x) . B) The amplitude of g(x) is seven times the amplitude of f(x) .Graph of g(x) is shifted unit(s) relative to the graph of f(x) . C) The period of g(x) is seven times the period of f(x) .Graph of g(x) is shifted unit(s) relative to the graph of f(x) . D) The amplitude of g(x) is seven times the amplitude of f(x) .Graph of g(x) is shifted unit(s) relative to the graph of f(x) . E) The period of g(x) is eleven times the period of f(x) .Graph of g(x) is shifted unit(s) relative to the graph of f(x) . unit(s) relative to the graph of f(x) .
B) The amplitude of g(x) is seven times the amplitude of f(x) .Graph of g(x) is shifted Describe the relationship between and . Consider amplitude, period, and shifts. A) The period of g(x) is seven times the period of f(x) .Graph of g(x) is shifted unit(s) relative to the graph of f(x) . B) The amplitude of g(x) is seven times the amplitude of f(x) .Graph of g(x) is shifted unit(s) relative to the graph of f(x) . C) The period of g(x) is seven times the period of f(x) .Graph of g(x) is shifted unit(s) relative to the graph of f(x) . D) The amplitude of g(x) is seven times the amplitude of f(x) .Graph of g(x) is shifted unit(s) relative to the graph of f(x) . E) The period of g(x) is eleven times the period of f(x) .Graph of g(x) is shifted unit(s) relative to the graph of f(x) . unit(s) relative to the graph of f(x) .
C) The period of g(x) is seven times the period of f(x) .Graph of g(x) is shifted Describe the relationship between and . Consider amplitude, period, and shifts. A) The period of g(x) is seven times the period of f(x) .Graph of g(x) is shifted unit(s) relative to the graph of f(x) . B) The amplitude of g(x) is seven times the amplitude of f(x) .Graph of g(x) is shifted unit(s) relative to the graph of f(x) . C) The period of g(x) is seven times the period of f(x) .Graph of g(x) is shifted unit(s) relative to the graph of f(x) . D) The amplitude of g(x) is seven times the amplitude of f(x) .Graph of g(x) is shifted unit(s) relative to the graph of f(x) . E) The period of g(x) is eleven times the period of f(x) .Graph of g(x) is shifted unit(s) relative to the graph of f(x) . unit(s) relative to the graph of f(x) .
D) The amplitude of g(x) is seven times the amplitude of f(x) .Graph of g(x) is shifted Describe the relationship between and . Consider amplitude, period, and shifts. A) The period of g(x) is seven times the period of f(x) .Graph of g(x) is shifted unit(s) relative to the graph of f(x) . B) The amplitude of g(x) is seven times the amplitude of f(x) .Graph of g(x) is shifted unit(s) relative to the graph of f(x) . C) The period of g(x) is seven times the period of f(x) .Graph of g(x) is shifted unit(s) relative to the graph of f(x) . D) The amplitude of g(x) is seven times the amplitude of f(x) .Graph of g(x) is shifted unit(s) relative to the graph of f(x) . E) The period of g(x) is eleven times the period of f(x) .Graph of g(x) is shifted unit(s) relative to the graph of f(x) . unit(s) relative to the graph of f(x) .
E) The period of g(x) is eleven times the period of f(x) .Graph of g(x) is shifted Describe the relationship between and . Consider amplitude, period, and shifts. A) The period of g(x) is seven times the period of f(x) .Graph of g(x) is shifted unit(s) relative to the graph of f(x) . B) The amplitude of g(x) is seven times the amplitude of f(x) .Graph of g(x) is shifted unit(s) relative to the graph of f(x) . C) The period of g(x) is seven times the period of f(x) .Graph of g(x) is shifted unit(s) relative to the graph of f(x) . D) The amplitude of g(x) is seven times the amplitude of f(x) .Graph of g(x) is shifted unit(s) relative to the graph of f(x) . E) The period of g(x) is eleven times the period of f(x) .Graph of g(x) is shifted unit(s) relative to the graph of f(x) . unit(s) relative to the graph of f(x) .

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