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g(x) f(x) k(x) h(x) Without a calculator or computer, match the function 3", x³, In(x)/ In(4) and x!/2 to their graphs in the figure. f(x) = (the blue curve) g(x) = (the red curve) h(x) = (the green curve) k(x) = (the black curve)

g(x) f(x) k(x) h(x) Without a calculator or computer, match the function 3", x³, In(x)/ In(4) and x!/2 to their graphs in the figure. f(x) = (the blue curve) g(x) = (the red curve) h(x) = (the green curve) k(x) = (the black curve)

Algebra & Trigonometry with Analytic Geometry
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter5: Inverse, Exponential, And Logarithmic Functions
Section5.2: Exponential Functions
Problem 31E
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g(x) f(x) k(x) h(x) Without a calculator or computer, match the function 3", x³, In(x)/ In(4) and x!/2 to their graphs in the figure. f(x) = (the blue curve) g(x) = (the red curve) h(x) = (the green curve) k(x) = (the black curve)
Transcribed Image Text:g(x) f(x) k(x) h(x) Without a calculator or computer, match the function 3", x³, In(x)/ In(4) and x!/2 to their graphs in the figure. f(x) = (the blue curve) g(x) = (the red curve) h(x) = (the green curve) k(x) = (the black curve)
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