an exponential growth function has an asymptote of y = -3. which might have occurred in the original…

an exponential growth function has an asymptote of y = -3. which might have occurred in the original function to permit the range to include negative numbers?\na whole number constant could have been added to the exponential expression.\na whole number constant could have been subtracted from the exponential expression.\na whole number constant could have been added to the exponent.\na whole number constant could have been subtracted from the exponent.

an exponential growth function has an asymptote of y = -3. which might have occurred in the original function to permit the range to include negative numbers?\na whole number constant could have been added to the exponential expression.\na whole number constant could have been subtracted from the exponential expression.\na whole number constant could have been added to the exponent.\na whole number constant could have been subtracted from the exponent.

Answer

Brief Explanations:

The general form of an exponential function is $y = a\cdot b^{x}+k$, where $y = k$ is the horizontal - asymptote. For the range to include negative numbers and have an asymptote of $y=-3$, a constant is added or subtracted to the whole exponential expression. Adding or subtracting a constant to/from the exponent only shifts the function horizontally and does not change the range in terms of allowing negative values when the basic exponential function $y = b^{x}>0$. If we add or subtract a constant to the exponential expression $b^{x}$, we can change the vertical position of the function relative to the x - axis.

Answer:

A whole number constant could have been added to the exponential expression.