How can the inverse relationship between an exponential function and its inverse logarithmic function be explained? Drag a phrase or equation into each box to correctly complete the statements. The inverse of the exponential function $f (x) = 3^{x ? 2}$ is While the graph of the exponential fun is a shift of 2 units from its parent function, the logarithmic function is a shift of 2 units from its parent function.

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How can the inverse relationship between an exponential function and its inverse logarithmic function be explained? Drag a phrase or equation into each box to correctly complete the statements. The inverse of the exponential function

f (x) = 3^{x ? 2}

is While the graph of the exponential fun is a shift of 2 units from its parent function, the logarithmic function is a shift of 2 units from its parent function.

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