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The domain and range of the exponential function of f(x)=3(2)^x would probably be (-∞,∞) and (0,∞)

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If an exponent of a number is a fraction, it is called a fractional exponent.

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a function is exponential when we add the independent variable and turning it into an exponent

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You can determine if an exponential function is increasing or decreasing by the power it is raised to, for example 4^x.  - Alana Fedrick

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You can determine if an exponential function is increasing or decreasing by the power it is raised to, for example 4^x.  - Alana Fedrick

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I believe the the domain and range of the exponential function f(x) = 3(2)^x is (-∞,∞) and (0,∞) . - Alana Fedrick 

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I believe the the domain and range of the exponential function f(x) = 3(2)^x is (-∞,∞) and (0,∞) . - Alana Fedrick 

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You justify if a function is exponential by letting the independent variable become the exponent. - Alana Fedrick

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You justify if a function is exponential by letting the independent variable become the exponent. - Alana Fedrick

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I think fractional exponents are a way to represent roots and powers (base) -Alana Fedrick

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I think fractional exponents are a way to represent roots and powers (base) -Alana Fedrick

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How I would justify that a function is exponential is by

adding the independent variable and making it into an exponent.

I dont really know how to explain it sorry.

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How I would explain what fractional exponents are is by telling them that if you combine roots and powers together, it would make a fractional exponents.

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One example of an exponential function is 2^x and function is increasing

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The domain and range of the exponential function f(x) = 3(2)^x is (-∞,∞) and (0,∞)

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A function is exponential when we let the independent variable be the exponent.

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Fractional exponents is a way to represent both roots and powers together