3/16-3/20 Comparing Linear, Quadratic, and Exponential Functions Part 2
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Last updated over 5 years ago
85 questions

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Type each equation on seperate lines to graph all 3 functions.
Type each equation on seperate lines to graph all 3 functions.
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Which function shows a constant rate of change in its y values?
Which function shows a constant rate of change in its y values?
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How is this displayed on your graph?
How is this displayed on your graph?
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Which function is largest between 1 < x < 2?
Which function is largest between 1 < x < 2?
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How is this displayed on your graph?
How is this displayed on your graph?
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Eventually, which type of function shows the most rapid rate of growth in its y values?
Eventually, which type of function shows the most rapid rate of growth in its y values?
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How is this displayed on your graph?
How is this displayed on your graph?

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As x inceases, will the value of f(x) always be greater than the value of g(x)?
As x inceases, will the value of f(x) always be greater than the value of g(x)?
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Will an exponential function eventually always succeed a quadratic function?
Will an exponential function eventually always succeed a quadratic function?
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Will the growth rate of g(x) ever exceed the growth rate of f(x)?
Will the growth rate of g(x) ever exceed the growth rate of f(x)?
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Will the growth rate of h(x) ever exceed the growth rate of f(x)?
Will the growth rate of h(x) ever exceed the growth rate of f(x)?
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Will the growth rate of h(x) ever exceed the growth rate of g(x)?
Will the growth rate of h(x) ever exceed the growth rate of g(x)?